Raising The Temperature Quotes

I don’t know, I don’t feel right unless I’ve got the sea and mountains nearby. People are mostly a product of where they were born and raised. How you think and feel’s always linked to the lay of the land, the temperature. The prevailing winds, even.

But then in middle school science, Mr. Martinez asked who among us had ever fantasized about living in the clouds, and everyone raised their hand. Then Mr. Martinez told us that up in the clouds the wind blew one hundred and fifty miles an hour and the temperature was thirty below zero and there was no oxygen and we’d all die within seconds.” “Sounds like a nice guy.” “He specialized in the murder of dreams, Hazel Grace.let me tell you. You think volcanoes are awesome? Tell that to the ten thousand screaming corpses at Pompeii. You still secretly believe that there is an element of magic to this world? It’s all just soulless molecules bouncing against each other randomly. Do you worry about who will take care of you if your parents die? As well you should, because they will be worm food in the fullness of time.

People are by and large a product of where they were born and raised. How you think and feel's always linked to the lie of the land, the temperature. The prevailing winds, even.

But who knew the words, when said by the right person, by a boy who raises your temperature, move heat like nothing else? Shoot a shock of warmth from your curls to your toes?

A dress is a weapon. It must dazzle his eye, raise his temperature . . . and empty his purse.

Nothing raises the national temperature more than a VACANCY sign hanging from the colonnaded front of the Supreme Court.

It is remarkable that a gigantic, city-size computer is required to simulate a piece of human tissue that weighs three pounds, fits inside your skull, raises your body temperature by only a few degrees, uses twenty watts of power, and needs only a few hamburgers to keep it going.

There is a quasi-scientific fable that if you can get a frog to sit quietly in a saucepan of cold water, and if you then raise the temperature of the water very slowly and smoothly so that there is no moment marked to be the moment at which the frog should jump, he will never jump. He will get boiled. Is the human species changing its own environment with slowly increasing pollution and rotting its mind with slowly deteriorating religion and education in such a saucepan?

[Y]ou’re someone who took up birds in the first place because they fired your imagination; they fascinated you because ‘they seemed of all created beings the nearest to pure spirit- those little creatures with a normal temperature of 125°.

Artificial passions” could be easily stoked, he wrote, raising the temperature. A self-absorbed president, catering to the “worst caprices” of his supporters, could easily distract their attention from plodding matters of governance, and whip their enthusiasms into a frenzy, especially if he divided his supporters and his critics into “hostile camps.

Ranger unlocked my door, pulled me to him, and kissed me. The kiss started out gentle and finished with enough heat to raise the temperature in the hallway by ten degrees.

Shereshevsky’s imagination was so vivid that in one experiment, he was able to raise the temperature of one hand while lowering the temperature of the other, merely by imagining one on a stove and one on a block of ice.

He had felt that a moment before his making the turn, someone had been there. The air seemed charged with a special calm as if someone had waited there, quietly, and only a moment before he came, simply turned to a shadow and let him through. Perhaps his nose detected a faint perfume, perhaps the skin on the backs of his hands, on his face, felt the temperature rise at this one spot where a person's standing might raise the immediate atmosphere ten degrees for an instant. There was no understanding it. Each time he made the turn, he saw only the white, unused, buckling sidewalk, with perhaps, on one night, something vanishing swiftly across a lawn before he could focus his eyes or speak. But now, tonight, he slowed almost to a stop. His inner mind, reaching out to turn the corner for him, had heard the faintest whisper. Breathing? Or was the atmosphere compressed merely by someone standing very quietly there, waiting? He turned the corner.

Underneath the sky, so void of light, the rain soaked me through. I held on to the railing and felt calm, even content, and then he had to reach through the dark, raise my temperature and make my heart beat a little bit faster. Not very gallant I should say...especially so close to bedtime. Friend or not, should he rob me of sleep, I'll be sure to take his.

What do you want more than anything else in the world? What do you love, or what do you hate? Find a character, like yourself, who will want something or not want something, with all his heart. Give him running orders. Shoot him off. Then follow as fast as you can go. The Character, in his great love, or hate, will rush you through to the end of the story. The zest and gusto of his need, and there is zest in hate as well as in love, will fire the landscape and raise the temperature of your typewriter thirty degrees.

What was it you called me? Hell’s overlord who wields his lucky pen like it’s… what was that last part?” Enough! Elise’s tolerance disappeared in a sulfurous cloud of smoke. “Hell’s overlord who wields his lucky pen like it’s his staff of masculinity,” she ground out, then lowered her head and furiously pounded on the laptop’s keyboard. Luc laughed and the hairs at the nape of her neck prickled. “Staff of masculinity. How could I have forgotten that? You could have just said—” Her cheeks burned red hot. “I made that up before I knew you liked to beat your lucky pen against the desk.” He turned in his seat and smiled the smile that never failed to raise her body temperature a hundred degrees. “And it was that particular phrase which made your habit of sucking on pen caps all the more bearable.” She glared at him and his smile widened. “Don’t make me get up and come near your desk, Lucien Masters.” “Getting up and coming near my desk are the least of my worries,” he replied in a husky, Southern rumble.

But maybe my expression isn’t as bad as I think it is. Maybe Galen’s just really good at reading me. Or maybe he’s just being overly mushy himself. He is a tad protective, after all. I glance at Toraf, who’s sitting on the other full-size bed next to Rayna. And Toraf is already looking at me. When our eyes meet, he shakes his head ever so slightly. As if to say, “Don’t do it.” As if to say, “You really don’t want to do it.” As if to say, “I know you really want to do it, but I’m asking you not to. As a friend.” I huff, then adjust myself in Galen’s death grip. It’s not fair that Galen and Toraf silently ask me to accept this. That my mother is putty in Grom’s proficient hands. That her temperature barely raised a degree around my dad, yet Grom, within an hour of reunion, has her titanium exterior dissolving like Alka-Seltzer in hot water. I can’t accept it. Won’t. Will. Not.

He had felt that a moment before his making the turn, someone had been there. The air seemed charged with a special calm as if someone had waited there, quietly, and only a moment before he came, simply turned to a shadow and let him through. Perhaps his nose detected a faint perfume, perhaps the skin on the backs of his hands, on his face, felt the temperature rise at this one spot where a person’s standing might raise the immediate atmosphere ten degrees for an instant.

You don’t think it’s a little relevant that the guy who is supposed to die in the next year is dating the girl who’s supposed to kill her true love with a kiss?” She was too angry to do anything but shake her head. He merely raised an eyebrow in reply, an action that warmed the temperature of Blue’s blood by a single degree.

Foreign observers had marveled at the chaotic way in which Americans elected their presidents. The French writer, Alexis de Tocqueville, saw it as a quadrennial “crisis,” like a recurring fever in an otherwise healthy patient. “Artificial passions” could be easily stoked, he wrote, raising the temperature. A self-absorbed president, catering to the “worst caprices” of his supporters, could easily distract their attention from plodding matters of governance, and whip their enthusiasms into a frenzy, especially if he divided his supporters and his critics into “hostile camps.” With the cooperation of the press, all conversation would turn to the present rather than the future, until the

One of the advantages of having a binary vascular system was that he could always pump his blood faster than normal if he chose to, raising his body temperature at will.

People are mostly a product of where they were born and raised. How you think and feel’s always linked to the lay of the land, the temperature.

You raise the temperature high, made the girls cry, they wish you to be their life partner Guy.

People are mostly a product of where they were born and raised. How you think and feel’s always linked to the lay of the land, the temperature. The prevailing winds, even.

People are by and large a product of where they were born and raised. How you think and feel’s always linked to the lie of the land, the temperature. The prevailing winds, even.

Also, it turns out that burning all of those fossil fuels had some nasty side effects, like raising the temperature of our planet and screwing up the environment. So now the polar ice caps are melting, sea levels are rising, and the weather is all messed up. Plants and animals are dying off in record numbers, and lots of people are starving and homeless. And we’re still fighting wars with each other, mostly over the few resources we have left.

There has not been a single . . . person settling in this country who has anything of a capital who has not become wealthy in a few years,” claimed Virginia-born migrant John Campbell. He clearly suffered from the “Alabama Fever,” as people called it—the fervent belief that every white person who could get frontier land and put enslaved people to work making cotton would inevitably become rich. And it was credit that raised their temperature. Most of

What do you want more than anything else in the world? What do you love, or what do you hate? Find a character, like yourself, who will want something or not want something, with all his heart. Give him running orders. Shoot him off. Then follow as fast as you can go. The character, in his great love, or hate, will rush you through to the end of the story. The zest and gusto of his need, and there is zest in hate as well as in love, will fire the landscape and raise the temperature of your typewriter thirty degrees.

That’s right,” said Milton. “That’s what you call a basal thermometer. It reads the temperature down to a tenth of a degree.” He raised his eyebrows. “Normal thermometers only read every two tenths. This one does it every tenth. Try it out. Put it in your mouth.

Powell’s superiors at State had instructed her before she departed for Islamabad not to get into cabling wars with the U.S. embassies in Kabul and India over I.S.I.’ s conduct or other sources of controversy about Pakistan. But Khalilzad raised the temperature. In one cable, Powell felt that he had attempted to question her “loyalty and patriotism” simply because she had tried to describe Pakistan’s position of relative weakness in relation to the Taliban and the fact that the border between Pakistan and Afghanistan “has never ever been controlled.

Swoon In science we learned that thermal conductivity is how heat flows through some materials better than others. But who knew words, when said by the right person, by a boy who raises your temperature, move heat like nothing else? Shoot a shock of warmth from your curls to your toes?

To address strength and endurance issues, Goldblatt initiated a program called the Mechanically Dominant Soldier. What if soldiers could have ten times the muscle endurance of enemy soldiers? What if they could leap seven feet and be able to cool down their own body temperature? What if the military benchmark of eighty pull-ups a day could be raised to three hundred pull-ups a day? “We want every war fighter to look like Lance Armstrong as far as metabolic profile,” program manager Joe Bielitzki told Washington Post reporter Joel Garreau a decade before Armstrong resigned from athletics in disgrace.

These computer simulations try only to duplicate the interactions between the cortex and the thalamus. Huge chunks of the brain are therefore missing. Dr. [Dharmendra] Modha understands the enormity of his project. His ambitious research has allowed him to estimate what it would take to create a working model of the entire human brain, and not just a portion or a pale version of it, complete with all parts of the neocortex and connections to the senses. He envisions using not just a single Blue Gene computer [with over a hundred thousand processors and terabytes of RAM] but thousands of them, which would fill up not just a room but an entire city block. The energy consumption would be so great that you would need a thousand-megawatt nuclear power plant to generate all the electricity. And then, to cool off this monstrous computer so it wouldn't melt, you would need to divert a river and send it through the computer circuits. It is remarkable that a gigantic, city-size computer is required to simulate a piece of human tissue that weighs three pounds, fits inside your skull, raises your body temperature by only a few degrees, uses twenty watts of power, and needs only a few hamburgers to keep it going.

So ecological duress can increase or decrease aggression. This raises the key issue of what global warming will do to our best and worst behaviors. There will definitely be some upsides. Some regions will have longer growing seasons, increasing the food supply and reducing tensions. Some people will eschew conflict, being preoccupied with saving their homes from the encroaching ocean or growing pineapples in the Arctic. But amid squabbling about the details in predictive models, the consensus is that global warming won’t do good things to global conflict. For starters, warmer temperatures rile people up—in cities during the summers, for every three degree increase in temperature, there was a 4 percent increase in interpersonal violence and 14 percent in group violence. But global warming’s bad news is more global—desertification, loss of arable land due to rising seas, more droughts. One influential meta-analysis projected 16 percent and 50 percent increases in interpersonal and group violence, respectively, in some regions by 2050.

When you get a virus, you get a fever. That's the human body raising its core temperature to kill the virus. Planet Earth works the same way. Global warming is the fever, mankind is the virus. We're making our planet sick. A cull is our only hope. If we don't reduce our population ourselves, there's only one of two ways this can go. The host kills the virus, or the virus kills the host.

Because the specific heat capacity of water is higher than that of say, iron, and lower than that of air, the same amount of energy will raise the temperature of a gram of iron by almost ten times as much and a gram of air by only half as much. The higher the specific heat capacity of a given material, the more energy it takes to raise the temperature of that material by the same number of degrees.

To illustrate how an individual can attain the goal of being submerged in physical reality while transforming it into holiness, we can use an analogy of a man who finds himself in a cold room. There are three ways that individual can maintain his body temperature: first, he can put on a warm coat; second, he can leave the room to go to a warmer environment; or third, he can light a fire. Similarly, if this individual finds himself in a "cold" environment, one which is detrimental to him, he can preserve his integrity through these three methods. First, he can put on a warm coat, which symbolizes strengthening himself inwardly so as not to be influenced by his surroundings. This however, is an incomplete victory, for if he were to relax his self-control he would capitulate. Second, he can leave the room, which implies separating himself from the negative influences surrounding him. Once again, this victory is only through removing himself from temptation and is, therefore, not permanent. He has not met the challenge by improving his surroundings. The third approach, lighting a fire, involves influencing the environment and raising it to a higher level. This is a complete triumph over one's surroundings for the dangers have not only been avoided, they have been entirely removed.

One common response of ours to infection is to develop a fever. Again, we’re used to considering fever as a “symptom of disease,” as if it developed inevitably without serving any function. But regulation of body temperature is under our genetic control and doesn’t just happen by accident. A few microbes are more sensitive to heat than our own bodies are. By raising our body temperature, we in effect try to bake the germs to death before we get baked ourselves.

But that’s where the bad news comes in. Our global civilization came at a huge cost. We needed a whole bunch of energy to build it, and we got that energy by burning fossil fuels, which came from dead plants and animals buried deep in the ground. We used up most of this fuel before you got here, and now it’s pretty much all gone. This means that we no longer have enough energy to keep our civilization running like it was before. So we’ve had to cut back. Big-time. We call this the Global Energy Crisis, and it’s been going on for a while now. “Also, it turns out that burning all of those fossil fuels had some nasty side effects, like raising the temperature of our planet and screwing up the environment. So now the polar ice caps are melting, sea levels are rising, and the weather is all messed up. Plants and animals are dying off in record numbers, and lots of people are starving and homeless. And we’re still fighting wars with each other, mostly over the few resources we have left.

So, simply then, here is my formula. What do you want more than anything else in the world? What do you love, or what do you hate? Find a character, like yourself, who will want something or not want something, with all his heart. Give him running orders. Shoot him off. Then follow as fast as you can go. The character, in his great love, or hate, will rush you through to the end of the story. The zest and gusto of his need, and there is zest in hate as well as in love, will fire the landscape and raise the temperature of your typewriter thirty degrees.

●     Dairy fat: butter, ghee (clarified butter), heavy cream, sour cream, cream cheese, etc. (from pasture-raised/grass-fed animals) ●     Plant fat: olives, coconuts, avocados, nuts, seeds, and any unprocessed oils derived from these foods. (Choose “extra virgin” oils. Plant oils are easily damaged with heat, so avoid cooking at high temperatures, with the exception of coconut or palm oils, which are naturally high in heat-stable saturated fat. Also, be sure to purchase oils packaged in dark glass bottles, not clear plastic, since these delicate fats can even be damaged by exposure to light.)

In our times, the indirectness and “invisibility” of the planetary damage we cause poses a major challenge. Even when we are very aware of our role in the problem, we don’t see the effect of our actions on a daily basis. The earth is so big and complex. Turning on a car engine, a light switch, or an air-conditioner doesn’t suddenly raise the outside temperature or trigger an extreme storm. But we are essentially drilling holes without fully grasping the consequences of our action. If we did fully grasp them, could we look our children in the eye and admit to them that our lifestyle will jeopardize their future?

SO MUCH FOR our dispassionate examination of the germ’s interests. Now let’s get back to considering our own selfish interests: to stay alive and healthy, best done by killing the damned germs. One common response of ours to infection is to develop a fever. Again, we’re used to considering fever as a “symptom of disease,” as if it developed inevitably without serving any function. But regulation of body temperature is under our genetic control and doesn’t just happen by accident. A few microbes are more sensitive to heat than our own bodies are. By raising our body temperature, we in effect try to bake the germs to death before we get baked ourselves.

Adding carbon dioxide, or any other greenhouse gas, to the atmosphere by, say, burning fossil fuels or leveling forests is, in the language of climate science, an anthropogenic forcing. Since preindustrial times, the concentration of CO2 in the atmosphere has risen by roughly a third, from 280 to 378 parts per million. During the same period, the concentration of methane has more than doubled, from .78 to 1.76 parts per million. Scientists measure forcings in terms of watts per square meter, or w/m2, by which they mean that a certain number of watts have been added (or, in the case of a negative forcing, like aerosols, subtracted) for every single square meter of the earth’s surface. The size of the greenhouse forcing is estimated, at this point, to be 2.5 w/m2. A miniature Christmas light gives off about four tenths of a watt of energy, mostly in the form of heat, so that, in effect (as Sophie supposedly explained to Connor), we have covered the earth with tiny bulbs, six for every square meter. These bulbs are burning twenty-four hours a day, seven days a week, year in and year out. If greenhouse gases were held constant at today’s levels, it is estimated that it would take several decades for the full impact of the forcing that is already in place to be felt. This is because raising the earth’s temperature involves not only warming the air and the surface of the land but also melting sea ice, liquefying glaciers, and, most significant, heating the oceans, all processes that require tremendous amounts of energy. (Imagine trying to thaw a gallon of ice cream or warm a pot of water using an Easy-Bake oven.) The delay that is built into the system is, in a certain sense, fortunate. It enables us, with the help of climate models, to foresee what is coming and therefore to prepare for it. But in another sense it is clearly disastrous, because it allows us to keep adding CO2 to the atmosphere while fobbing the impacts off on our children and grandchildren.

for the next century could raise the world’s temperature some 4°C (7.2°F), bringing serious coastal flooding and other damage.” The Conservation Foundation urged renewed funding for Keeling’s CO 2 project and pressed the National Academy of Sciences to pay attention to the subject. From then on, awareness of climate change ascended right along with the Keeling Curve. In 1971 Barry Commoner’s environmentalist bestseller, The Closing Circle, gave an early public warning about greenhouse gases. In 1978 a young congressman from Tennessee, Albert Gore, held hearings on global warming, starring his Harvard teacher Roger Revelle, who had sponsored the Keeling CO 2 research

The same kind of situation complicates many public debates, like that over global warming. Many scientists predict that altered atmospheric conditions will raise the average global temperature by several degrees. But such changes can also cause extreme weather, which may mean worse snowstorms in the southern United States. Global warming may alter ocean currents like the Gulf Stream and ultimately turn northern Europe into a much colder Siberian-type icebox. Anomalies like this fuel the global warming naysayers: scientists say the world is getting hotter, but you’ve just suffered through the biggest snowstorm in your region’s history. How should you respond? A judicious response is that nature is amazing—rich, varied, complex, and intricately interconnected, with a messy, long history. Anomalies, whether in planetary orbits or North American weather, are not just inconvenient details to brush aside: they are the very essence of understanding what really happened—how things really work. We develop grand and general models of how nature works, and then we use the odd details to refine the original imperfect model (or if the exceptions overwhelm the rule, we regroup around a new model). That’s why good scientists revel in anomalies. If we understood everything, if we could predict everything, there’d be no point in getting up in the morning and heading to the lab.

The frog in the frying pan is a psychological term, a phenomenon,” she said. “If you stick a frog into a sizzling hot frying pan what’ll it do?” “Jump out?” suggested Clara. “Jump out. But if you put one into a pan at room temperature then slowly raise the heat, what happens?” Clara thought about it. “It’ll jump out when it gets too hot?” Myrna shook her head. “No.” She took her feet off the hassock and leaned forward again, her eyes intense. “The frog just sits there. It gets hotter and hotter but it never moves. It adjusts and adjusts. Never leaves.” “Never?” asked Clara, quietly. “Never. It stays there until it dies.” Clara look a long, slow, deep breath, then exhaled. “I saw it with my clients who’d been abused either physically or emotionally. The relationship never starts with a fist to the face, or an insult. If it did there’d be no second date. It always starts gently. Kindly. The other person draws you in. To trust them. To need them. And then they slowly turn. Little by little, increasing the heat. Until you’re trapped.” “But Lillian wasn’t a lover, or a husband. She was just a friend.” “Friends can be abusive. Friendships can turn, become foul,” said Myrna. “She fed on your gratitude. Fed on your insecurities, on your love for her. But you did something she never expected.” Clara waited. “You stood up for yourself. For your art. You left. And she hated you for it.

If you put a frog in water that is already boiling, it will jump right out from the sheer pain and collision of senses. But if you put a frog in water at room temperature, then steadily raise the heat one degree at a time until it is boiling, the frog will slowly but eventually die. Our culture–us–we’re that frog right now, thinking, This is nice and cozy, but the heat has been climbing. This book is me saying, Wait a minute. It’s starting to get a little warm in here. The values and pace of our culture, the speed at which it is moving, the demands and pressure we all collectively feel, the ethos of hustle injected into us all at birth–it’s boiling us alive. But we don’t notice it because it has happened steadily over the last century or so.

It wasn't tuna ventresca that drew diners to this community over others, nor was it heritage beef. It was the final bottle of a 1985 Cannonau, salt-crusted from its time on the Sardinian coast. Each diner had barely a swallow. My employer bid us not to swallow, not yet, but hold the wine at the back of the throat till it stung and warmed to the temperature of blood and spit, till we wrung from it the terroir of fields cracked by quake and shadowed by smog; only then, swallowing, choking, grateful, did we appreciate the fullness of its flavor. His face was ferocious and sublime in this moment, cracked open; I saw it briefly behind the mask. He was a man who knew the gradations of pleasure because he knew, like me, the calculus of its loss. To me that wine was fig and plum; volcanic soil; wheat fields shading to salt stone; sun; leather, well-baked; and finally, most lingering, strawberry. Psychosomatic, I'm sure, but what flavor isn't? I raised my glass to the memory of my drunk in the British market. I imagined him sat across the table, calmed at last, sane among the sane. He would have tasted in that wine the starch of a laundered sheet, perhaps, or the clean smooth shot of his dignity. My employer decanted these deepest longings, mysterious to each diner until it flooded the palate: a lost child's yeasty scalp, the morning breath of a lover, huckleberries, onion soup, the spice of a redwood forest gone up in smoke. It is easy, all these years later, to dismiss that country's purpose as decadent, gluttonous. Selfish. It was those things. But it was, also, this connoisseurship of loss.

The Earth is bathed in a flood of sunlight. A fierce inundation of photons—on average, 342 joules per second per square meter. 4185 joules (one calorie) will raise the temperature of one kilogram of water by one degree Celsius. If all this energy were captured by the Earth’s atmosphere, its temperature would rise by ten degrees Celsius in one day. Luckily much of it radiates back to space. How much depends on albedo and the chemical composition of the atmosphere, both of which vary over time. A good portion of Earth’s albedo, or reflectivity, is created by its polar ice caps. If polar ice and snow were to shrink significantly, more solar energy would stay on Earth. Sunlight would penetrate oceans previously covered by ice, and warm the water. This would add heat and melt more ice, in a positive feedback loop.

Roosevelt wouldn't interfere even when he found out that Moses was discouraging Negroes from using many of his state parks. Underlying Moses' strikingly strict policing for cleanliness in his parks was, Frances Perkins realized with "shock," deep distaste for the public that was using them. "He doesn't love the people," she was to say. "It used to shock me because he was doing all these things for the welfare of the people... He'd denounce the common people terribly. To him they were lousy, dirty people, throwing bottles all over Jones Beach. 'I'll get them! I'll teach them!' ... He loves the public, but not as people. The public is just The Public. It's a great amorphous mass to him; it needs to be bathed, it needs to be aired, it needs recreation, but not for personal reasons -- just to make it a better public." Now he began taking measures to limit use of his parks. He had restricted the use of state parks by poor and lower-middle-class families in the first place, by limiting access to the parks by rapid transit; he had vetoed the Long Island Rail Road's proposed construction of a branch spur to Jones Beach for this reason. Now he began to limit access by buses; he instructed Shapiro to build the bridges across his new parkways low -- too low for buses to pass. Bus trips therefore had to be made on local roads, making the trips discouragingly long and arduous. For Negroes, whom he considered inherently "dirty," there were further measures. Buses needed permits to enter state parks; buses chartered by Negro groups found it very difficult to obtain permits, particularly to Moses' beloved Jones Beach; most were shunted to parks many miles further out on Long Island. And even in these parks, buses carrying Negro groups were shunted to the furthest reaches of the parking areas. And Negroes were discouraged from using "white" beach areas -- the best beaches -- by a system Shapiro calls "flagging"; the handful of Negro lifeguards [...] were all stationed at distant, least developed beaches. Moses was convinced that Negroes did not like cold water; the temperature at the pool at Jones Beach was deliberately icy to keep Negroes out. When Negro civic groups from the hot New York City slums began to complain about this treatment, Roosevelt ordered an investigation and an aide confirmed that "Bob Moses is seeking to discourage large Negro parties from picnicking at Jones Beach, attempting to divert them to some other of the state parks." Roosevelt gingerly raised the matter with Moses, who denied the charge violently -- and the Governor never raised the matter again.

You could see the future right away here,” Hu Renzhong, a pig and poultry producer, told me. “Food was expensive and people didn’t have enough meat to eat. They couldn’t afford it. The land was good, though, and back then it was still cheap.” Hu received me one morning at his mansion farmhouse on the outskirts of Lusaka, offering me a seat in the marble chill of his enormous living room, before taking me on a long walking tour of his acres and acres of hog-breeding pens and sprawling, temperature-controlled chicken hatcheries, all impressively modern and minutely organized. He had come to Zambia from China’s Jiangxi province in 1995 as a twenty-two-year-old simple laborer, but soon got into business for himself, raising chickens at first with another Chinese immigrant. It wasn’t long before the two had struck it rich, buying land and building ever-bigger houses. “Things had started developing really fast back home, and a lot of people tried to tell me I’d made a mistake,” he said. “But I’ve never really looked back.” I

Now air consists principally of twenty-one parts of oxygen and seventy-nine of nitrogen. The lungs absorb the oxygen, which is indispensable for the support of life, and reject the nitrogen. The air expired loses nearly five per cent. of the former and contains nearly an equal volume of carbonic acid, produced by the combustion of the elements of the blood. In an air-tight enclosure, then, after a certain time, all the oxygen of the air will be replaced by the carbonic acid— a gas fatal to life. There were two things to be done then— first, to replace the absorbed oxygen; secondly, to destroy the expired carbonic acid; both easy enough to do, by means of chlorate of potassium and caustic potash. The former is a salt which appears under the form of white crystals; when raised to a temperature of 400 degrees it is transformed into chlorure of potassium, and the oxygen which it contains is entirely liberated. Now twenty-eight pounds of chlorate of potassium produces seven pounds of oxygen, or 2,400 liters— the quantity necessary for the travelers during twenty-four hours.

Turn." It took her a moment to realize what he meant. He wanted her to spin into the bandages, instead of standing still and allowing him to wrap her. She did so, slowly, understanding almost immediately the seductive nature of the situation. Something about the movement, about his dark blue eyes on her as she spun, made her feel like a temptress- his Salome. He did not touch her as she turned, dancing only for him; instead, he allowed her to choose the speed and the strength of the fabric, she spun right into his arms. Holding her gaze, Ralston tucked the end of the linen into the bindings before he took her face in one hand and tilted it up for another kiss. This one was soft and sweet, his lips brushing gently across hers in an excruciatingly slow caress, leaving her heart pounding and her mind reeling. With his other hand, he stroked one flattened breast gently, teasing the protected skin until she wanted to tear off the bindings again. He broke off the kiss and leaned down, setting his lips to the edge of the linen, softly laving the sensitive skin straining above the bindings. "Poor, lovely darlings," he murmured, worshipping her with hands and mouth, raising her temperature and sending another wave of passion pooling deep within her.

Clouds, unrolling like carpets, spreading, trailing wisps and rag-ends, rushed towards a point near mid-heaven, dampening the dayblue sky to a pearl-gray from which the translucence slowly ebbed, as additional layers were healed above, banking, mounting higher, pressing lower, darkening, dining, hazing the outlines of trees and Rocky heights, transforming the lower figures of men and animals into shifting things a quarter of shadow and going for half, while the rains were yet withheld, the mists rolled and rose, dew came afresh to the grasses, windows were filmed and beaded, moisture collected, ran upon, dripped from leaves, sounds came distorted, as though the entire world had been bedded in cotton, birds flew near to the ground in their courses toward the hills, the wings died down and caressed, small animals paused, raised their muzzles, turned them slowly, shook themselves, cocked their heads, then moved was if seeking some hidden Ark, beyond the foothills, in the mist, above the places the searchers combed, and the thunder held its breath, the lightning stayed its stroke, the rain remained unshed, the temperature slipped downward, cloud feel upon cloud and, super drawn from the spectrum, the colors drained out of the world, leaving behind a newsreel frame or the impression of a cave, shadows sliding on it's farther walls, changing, irregular, wet.

You’re probably wondering what happened before you got here. An awful lot of stuff, actually. Once we evolved into humans, things got pretty interesting. We figured out how to grow food and domesticate animals so we didn’t have to spend all of our time hunting. Our tribes got much bigger, and we spread across the entire planet like an unstoppable virus. Then, after fighting a bunch of wars with each other over land, resources, and our made-up gods, we eventually got all of our tribes organized into a ‘global civilization.’ But, honestly, it wasn’t all that organized, or civilized, and we continued to fight a lot of wars with each other. But we also figured out how to do science, which helped us develop technology. For a bunch of hairless apes, we’ve actually managed to invent some pretty incredible things. Computers. Medicine. Lasers. Microwave ovens. Artificial hearts. Atomic bombs. We even sent a few guys to the moon and brought them back. We also created a global communications network that lets us all talk to each other, all around the world, all the time. Pretty impressive, right? “But that’s where the bad news comes in. Our global civilization came at a huge cost. We needed a whole bunch of energy to build it, and we got that energy by burning fossil fuels, which came from dead plants and animals buried deep in the ground. We used up most of this fuel before you got here, and now it’s pretty much all gone. This means that we no longer have enough energy to keep our civilization running like it was before. So we’ve had to cut back. Big-time. We call this the Global Energy Crisis, and it’s been going on for a while now. “Also, it turns out that burning all of those fossil fuels had some nasty side effects, like raising the temperature of our planet and screwing up the environment. So now the polar ice caps are melting, sea levels are rising, and the weather is all messed up. Plants and animals are dying off in record numbers, and lots of people are starving and homeless. And we’re still fighting wars with each other, mostly over the few resources we have left. “Basically, kid, what this all means is that life is a lot tougher than it used to be, in the Good Old Days, back before you were born. Things used to be awesome, but now they’re kinda terrifying. To be honest, the future doesn’t look too bright. You were born at a pretty crappy time in history. And it looks like things are only gonna get worse from here on out. Human civilization is in ‘decline.’ Some people even say it’s ‘collapsing.’ “You’re probably wondering what’s going to happen to you. That’s easy. The same thing is going to happen to you that has happened to every other human being who has ever lived. You’re going to die. We all die. That’s just how it is.

It had been years since he'd seen a woman handle a crowd of admirers so deftly- not since Lily in her gambling days. Fascinated, he wondered where the hell she had come from. He knew about all the new arrivals in London, and he'd never seen her before. She must be some diplomat's wife, or some exclusive courtesan. Her lips were red and pouting, her pale white shoulders enticingly bare above the blue velvet of her gown. She laughed frequently, tossing her head back in a way that caused her chestnut curls to dance. Like the other men present, Derek was captivated by her figure, the luscious round breasts, the tiny waist, all revealed by a well-fitted gown that was unlike the shapeless Grecian styles of the other women. "A toast to the loveliest bosom in London!" Lord Bromley, a rakish ne'er-do-well, exclaimed. Titillated and excited, the crowd raised their glasses with a cheer. Waiters rushed to bring more liquor. "Miss," one of them begged, "I entreat you to cast my dice for me." "Whatever good luck I have is yours," she assured him, and shook the dice in the box so vigorously that her breasts quivered beneath their shallow covering. The temperature in the room escalated rapidly as a host of admiring sighs greeted the display. Derek decided to intervene before the crowd's mood became too highly charged. Either the vixen didn't realize the lust she was inciting, or she was doing it deliberately. Either way, he wanted to meet her.

Meditation + Mental Strength An emotion is our evolved biology predicting the future impact of a current event. In modern settings, it’s usually exaggerated or wrong. Why is meditation so powerful? Your breath is one of the few places where your autonomic nervous system meets your voluntary nervous system. It’s involuntary, but you can also control it. I think a lot of meditation practices put an emphasis on the breath because it is a gateway into your autonomic nervous system. There are many, many cases in the medical and spiritual literature of people controlling their bodies at levels that should be autonomous. Your mind is such a powerful thing. What’s so unusual about your forebrain sending signals to your hindbrain and your hindbrain routing resources to your entire body? You can do it just by breathing. Relaxed breathing tells your body you’re safe. Then, your forebrain doesn’t need as many resources as it normally does. Now, the extra energy can be sent to your hindbrain, and it can reroute those resources to the rest of your body. I’m not saying you can beat whatever illness you have just because you activated your hindbrain. But you’re devoting most of the energy normally required to care about the external environment to the immune system. I highly recommend listening to the Tim Ferriss’s podcast with Wim Hof. He is a walking miracle. Wim’s nickname is the Ice Man. He holds the world record for the longest time spent in an ice bath and swimming in freezing cold water. I was very inspired by him, not only because he’s capable of super-human physical feats, but because he does it while being incredibly kind and happy—which is not easy to accomplish. He advocates cold exposure, because he believes people are too separate from their natural environment. We’re constantly clothed, fed, and warm. Our bodies have lost touch with the cold. The cold is important because it can activate the immune system. So, he advocates taking long ice baths. Being from the Indian subcontinent, I’m strongly against the idea of ice baths. But Wim inspired me to give cold showers a try. And I did so by using the Wim Hof breathing method. It involves hyperventilating to get more oxygen into your blood, which raises your core temperature. Then, you can go into the shower. The first few cold showers were hilarious because I’d slowly ease myself in, wincing the entire way. I started about four or five months ago. Now, I turn the shower on full-blast, and then I walk right in. I don’t give myself any time to hesitate. As soon as I hear the voice in my head telling me how cold it’s going to be, I know I have to walk in. I learned a very important lesson from this: most of our suffering comes from avoidance. Most of the suffering from a cold shower is the tip-toeing your way in. Once you’re in, you’re in. It’s not suffering. It’s just cold. Your body saying it’s cold is different than your mind saying it’s cold. Acknowledge your body saying it’s cold. Look at it. Deal with it. Accept it, but don’t mentally suffer over it. Taking a cold shower for two minutes isn’t going to kill you. Having a cold shower helps you re-learn that lesson every morning. Now hot showers are just one less thing I need out of life. [2] Meditation is intermittent fasting for the mind. Too much sugar leads to a heavy body, and too many distractions lead to a heavy mind. Time spent undistracted and alone, in self-examination, journaling, meditation, resolves the unresolved and takes us from mentally fat to fit.

TREASURE CHEST COOKIES (Lisa’s Aunt Nancy’s Babysitter’s Cookies) Preheat oven to 350 degrees F., rack in the middle position. The Cookie Dough: ½ cup (1 stick, 4 ounces, ¼ pound) salted butter, room temperature ¾ cup powdered sugar (plus 1 and ½ cups more for rolling the cookies in and making the glaze) ¼ teaspoon salt 2 tablespoons milk (that’s cup) 1 teaspoon vanilla extract 1 and ½ cups all-purpose flour (pack it down when you measure it) The “Treasure”: Well-drained Maraschino cherries, chunks of well-drained canned pineapple, small pieces of chocolate, a walnut or pecan half, ¼ teaspoon of any fruit jam, or any small soft candy or treat that will fit inside your cookie dough balls. The Topping: 1 cup powdered (confectioners) sugar To make the cookie dough: Mix the softened butter and ¾ cup powdered sugar together in a medium-sized mixing bowl. Beat them until the mixture is light and fluffy. Add the salt and mix it in. Add the milk and the vanilla extract. Beat until they’re thoroughly blended. Add the flour in half-cup increments, mixing well after each addition. Divide the dough into 4 equal quarters. (You don’t have to weigh it or measure it, or anything like that. It’s not that critical.) Roll each quarter into a log shape and then cut each log into 6 even pieces. (The easy way to do this is to cut it in half first and then cut each half into thirds.) Roll the pieces into balls about the size of a walnut with its shell on, or a little larger. Flatten each ball with your impeccably clean hands. Wrap the dough around a “treasure” of your choice. If you use jam, don’t use over a quarter-teaspoon as it will leak out if there’s too much jam inside the dough ball. Pat the resulting “package” into a ball shape and place it on an ungreased cookie sheet, 12 balls to a standard-size sheet. Push the dough balls down just slightly so they don’t roll off on their way to your oven. Hannah’s 1st Note: I use baking sheets with sides and line them with parchment paper when I bake these with jam. If part of the jam leaks out, the parchment paper contains it and I don’t have sticky jam on my baking sheets or in the bottom of my oven. Bake the Treasure Chest Cookies at 350° F. for approximately 18 minutes, or until the bottom edge is just beginning to brown when you raise it with a spatula. Remove the cookies from the oven and allow them to cool on the sheets for about 5 minutes. Place ½ cup of powdered sugar in a small bowl. Place wax paper or parchment paper under the wire racks. Roll the still-warm cookies in the powdered sugar. The sugar will stick to the warm cookies. Coat them evenly and then return them to the wire racks to cool completely. (You’ll notice that the powdered sugar will “soak” into the warm cookie balls. That’s okay. You’re going to roll them in powdered sugar again for a final coat when they’re cool.) When the cookies are completely cool, place another ½ cup powdered sugar in your bowl. Roll the cooled cookies in the powdered sugar again. Then transfer them to a cookie jar or another container and store them in a cool, dry place. Hannah’s 2nd Note: I tried putting a couple of miniature marshmallows or half of a regular-size marshmallow in the center of my cookies for the “treasure”. It didn’t work. The marshmallows in the center completely melted away. Lisa’s Note: I’m going to try my Treasure Chest Cookies with a roll of Rollo’s next time I make them. Herb just adores those chocolate covered soft caramels. He wants me to try the miniature Reese’s Pieces, too. Yield: 2 dozen delicious cookies that both kids and adults will love to eat.

PRE- AND POST-SLEEP ROUTINES: SEVEN STEPS TO SLEEP SMARTER Pre- and post-sleep routines directly affect the quality of your sleep and waking day: value them as the important activities they are, and you’ll be more efficient all day and night. Take technology breaks during the day as a reward and training for body and mind. Post-sleep is vitally important for PMers if they want to keep up with the AMers – don’t forgo this in favour of the ‘snooze’ button. Don’t text drunk! Raise your alertness before you reach for your phone. Moving your body from warm to cooler helps trigger the natural drop in body temperature – a quick warm rinse under the shower and a cooler sleeping environment will achieve this. Declutter your environment and mind and download your day before bed, so you don’t lie awake thinking when you could be asleep. Pre-sleep is about shutting down – nose-breathing, relaxing, light to dark – while post-sleep is about starting up in an unrushed way: these periods belong to you and no one else.

Compression in a medium raises its temperature, and rarefaction induces cooling. Thus the distribution of temperature through the plasma patterned itself exactly in synchrony with the sound waves. Slightly warmer and cooler regions formed in space, marking extremes of high and low plasma density. As the universal song extended through time, these regions expanded, and they oscillated in temperature with the beat. Then the song of the plasma ended at the recombination phase of the universe, when matter abruptly thinned and stopped the music. However all of the sounds then playing left a ghostly imprint on the cosmos in the shape of final warm and cool patches in the radiation (photon) field of space. The patches were of varying sizes, depending on each particular acoustic wavelength in the pattern of overtones that existed when the song stopped playing. The largest patches of all were cool and represented the traces of the fundamental wave of the universal sounding board-stretching from earliest compression to final rarefaction at the time of recombination. From this time, the immortal song was recorded in light-temperature (the energy of photons), and even galaxies would eventually dance to its rhythms. This is a milestone in modern cosmological understanding of the universe in its infancy, elucidated during three decades of brilliant research involving numerous scientists from many countries.

All medications, including those in epidurals, reach your baby through the placenta, affecting his ability to find the breast, latch, and suck effectively after he’s born. Depending on how long the epidural was in place and the drugs used in it, these effects can last from a few days to a few weeks. Pain-relieving drugs reduce your own endorphins, which may increase your baby’s discomfort, both before the birth and after the birth, when more endorphins are passed on through your milk. Your baby may cry more. Or, without your natural endorphins, you and baby may feel “flatter” emotionally, making it harder for you to respond to each other. Epidurals can cause your temperature to rise, which raises your baby’s temperature. He may be sent to the nursery for observation and antibiotics in case he has an infection. And if an epidural or induction included hours of IV fluids, your normal breast and nipple shape may be distorted, making latching difficult even with skilled help. This can be hard information to read, but it’s what the research very clearly shows. As childbirth educator Linda Smith, IBCLC, comments, “If your friend tells you how she ‘loved her epidural,’ ask her how her first month of motherhood went.

It’s not that the world’s deserts are spreading like some aggressive disease; rather, the land surrounding them is drying out. Climate change, by raising temperatures and reducing soil moisture, is partly to blame.

Marjan measured Bahar's unpredictable temperament according to the ancient and treasured Zoroastrian practice of gastronomic balancing, which pitted light and against dark, good against evil, hot against cold. Certain hot, or 'garm,' personalities tend to be quick to temper, exude more energy, and prompt all others around them to action. This energy often runs itself ragged, so to counter exhaustion, one must consume cold, or 'sard' foods, such as freshwater fish, yogurt, coriander, watermelon, and lentils. Most spices and meats should be avoided, for they only stoke the fires inside. (Tea, although hot in temperature, is quite a neutralizing element.) By contrast, for the person who suffers from too cold a temperament, marked by extreme bouts of melancholia and a general disinterest in the future, hot or 'garm' dishes are recommended. Foods such as veal, mung beans, cloves, and figs do well to raise spirits and excite ambitions. To diagnose Bahar as a 'garmi' (on account of her extreme anxiety and hot temper) would have been simple enough, had she not also suffered from a lowness of spirit that often led to migraine headaches. Whether in a 'garm' or a 'sard' mood, Bahar could always depend on her older sister to guide her back to a relative calm. Marjan had for a long time kept a close eye on Bahar and knew exactly when to feed her sautéed fish with garlic and Seville oranges to settle her hot flashes, or when a good apple 'khoresh,' a stew made from tart apples, chicken, and split peas, would be a better choice to pull Bahar out of her doldrums.

In earnest, I shall echo your earlier proclamation, my friend, and state that in my mind the acquaintance of not only Cyprian Wythe, but any lover of King George is a grave displeasure.” Thomas raised his glass. “Hear, hear, my friend.” “Then I am surprised that you are able to abide my presence.” Kitty’s stiff response blasted a hole through Nathaniel’s middle and the resulting silence choked the merriment from their little circle like thick black smoke. He looked up only to be censured from the shock that drained the light from her eyes. Her lips pressed tight, turning them colorless.  The blood drained from his face. Idiot!  He couldn’t bring himself to look away from her wounded expression, aching for words that would soothe the pain he’d inflicted. The pleasant tune from the quartet and the quiet hum of voices continued around them, each guest blissfully unaware of his thoughtless remark. Thomas reached out to her, his brow pinching. “Kitty, you must know our comments are no reflection on you.” “Are they not?” She handed her glass to Eliza. “If you’ll excuse me, I shall take my leave so as not to injure you with my presence any longer.” Kitty brushed between them before facing them one last time. “Forgive me, Eliza.” She darted from the room, holding her skirts as she wove through the tangle of party-goers toward the exit. The hollow chill her absence created smacked Nathaniel on the back of the head like an irritated father. He exchanged a narrow glance with Thomas before slamming his eyes shut. How could he be so foolish? How could he have allowed himself to say something so hurtful to someone so gracious? The temperature of the room went hot, then instantly cold. So much for your famous charm, Nathaniel. You’ve proven your lack of it with amazing skill. “I’m

What is the Paris Climate Agreement? 195 countries signed a pledge to keep global temperature rise below 2°C (3.6°F), and, if possible, below 1.5°C (2.7°F). All countries agree to reduce global greenhouse gas emissions to net zero as soon as possible in the second half of the century. The U.S. pledged to reduce greenhouse gas emissions by 26 to 28 percent below 2005 levels by 2025. India aims to install 175 gigawatts of renewable energy capacity by 2022. China will peak its CO2 emissions by 2030. Developed countries will provide $100 billion in climate finance by 2020. Countries should raise the ambition of their initial commitments over time to make sure we meet the goals of the Paris Agreement. The Paris Agreement entered into force on November 4, 2016.

The catastrophic event of 12,000 years ago, having melted much of the planet's ice and causing a global sea rise of some 350 feet, could have been so intense as to have raised global temperatures by six degrees Celsius [...]. The ending of the last ice age was not a gradual event, as most people would assume, but fast and intense.

This myth of ‘sweating leads to detox or fat loss’ is planted deep in our psyche. Now here’s what happens: when you work out, the core body temperature does get raised and to keep the body temperature at its optimum, the body will sweat. The fact that the process of sweating exists means that the body’s wisdom realizes that for optimum performance, the body temperature should be optimum, not low (to involuntarily shiver) and not too high (to involuntarily sweat). You will notice this in day-to-day life: you don’t feel up to things if it’s too hot or too cold.

Just as in the parable of the boiling frog who does not perceive the gradual increase in the temperature of the water and is boiled alive, so we have by steady increments lost much of our liberty without realizing it. The works in this book cannot give that back; what they can do is to raise our consciousness of the many alternative paths we could have taken—and perhaps, if we have nerve enough, still can take.

For example: scientists at Germany’s Max Planck Institute and elsewhere are experimenting with automatic “rapport detection” within groups. Sensors embedded in a conference room or in video-conferencing equipment unobtrusively monitor group members’ nonverbal behavior (their facial expressions, hand motions, gaze direction, and so on); these data are analyzed in real time to yield a measure of how well a group is cooperating. When rapport falls below a critical level, nudges can be applied to move the group toward greater cohesion: the system might alert the group’s leader that a shared coffee break is in order, or it might suggest to him, via a pop-up message, that he engage in more mirroring of his co-workers. Inside wired-up “smart meeting rooms,” it may even elect to raise the temperature by a few degrees, or introduce some soothing white noise.

The whole world is affected by the earth’s rising temperature. We’re raising it further.

Prep time: 8 hours. Cook time: 3 minutes a batch. Makes 18 raised donuts. Hint: Make the dough the night before and let it rise in the fridge overnight. Ingredients: 1 cup plus 2 tablespoons of whole milk, warmed to 105 degrees ¼ cup sugar One package active dry yeast (2½ teaspoons) 10 tablespoons butter (1¼ sticks), melted 2 eggs, lightly beaten 4 cups all-purpose flour ¼ teaspoon salt Oil for frying (using a neutral flavored oil will get better results, like corn, safflower, peanut, or canola) Directions: Warm the milk in a small saucepan until it reaches 105 degrees, or is warm to the touch. Stir in sugar. Next, add the yeast and stir until dissolved. Let yeast mixture sit for 5 minutes until the yeast starts to bubble on the surface. Pour into the bowl of mixer. Add melted butter and beaten eggs. Using the paddle attachment, beat ingredients together. With mixer on slow, add the flour and salt, stirring until the dough comes together. Mix for five more minutes to activate the yeast. Turn sticky dough into a lightly oiled bowl and turn once to coat both sides. Cover with plastic wrap and place in the refrigerator for at least 8 hours. Remove dough from the fridge and turn out onto a lightly floured surface. Roll dough out until it is ½-inch thick. Using a 3-inch donut cutter, cut out the donuts. Line baking sheets with parchment paper. Lightly spray the parchment paper with oil to keep donuts from sticking. Place donuts and holes on parchment paper, cover, and let rise in a warm place until doubled in size, about one hour. Donuts will be very light and delicate. Line a baking sheet with paper towels. This is where the fried donuts will go immediately after the fryer to absorb the excess grease. Keep plenty of paper towels on hand for replacements! To fry the donuts: Using a deep pot, Dutch oven, or home fryer, heat two to three inches of oil to 375 degrees. Use a thermometer to hit the right temperature. Carefully add the donuts to the hot oil in small batches, usually three at a time. Once donuts reach a nice golden brown (about 1½ minutes), turn over and cook the other side. I use chopsticks for this part, but you can use a slotted spoon. When donuts are a beautiful light brown, remove from fryer and place on paper towels. Cool slightly, then dip in your favorite donut glaze. *See Donut Glazes below.

But abuse, though it can seem to happen all at once, is cumulative. I was like a lobster in a pot of cold water, the temperature being raised bit by bit before I realized I was in danger. Every apology I made to Griffin chipped away at my soul, brought me closer to being boiled alive, because I gave up a little more of myself. And a little more. And a little more.

Like most stars, the really massive ones begin by burning hydrogen and creating helium. Stars are powered by nuclear energy—not fission, but fusion: four hydrogen nuclei (protons) are fused together into a helium nucleus at extremely high temperatures, and this produces heat. When these stars run out of hydrogen, their cores shrink (because of the gravitational pull), which raises the temperature high enough that they can start fusing helium to carbon. For stars with masses more than about ten times the mass of the Sun, after carbon burning they go through oxygen burning, neon burning, silicon burning, and ultimately form an iron core. After each burning cycle the core shrinks, its temperature increases, and the next cycle starts. Each cycle produces less energy than the previous cycle and each cycle is shorter than the previous one. As an example (depending on the exact mass of the star), the hydrogen-burning cycle may last 10 million years at a temperature of about 35 million kelvin, but the last cycle, the silicon cycle, may only last a few days at a temperature of about 3 billion kelvin! During each cycle the stars burn most of the products of the previous cycle. Talk about recycling! The end of the line comes when silicon fusion produces iron, which has the most stable nucleus of all the elements in the periodic table. Fusion of iron to still heavier nuclei doesn’t produce energy; it requires energy, so the energy-producing furnace stops there. The iron core quickly grows as the star produces more and more iron. When this iron core reaches a mass of about 1.4 solar masses, it has reached a magic limit of sorts, known as the Chandrasekhar limit (named after the great Chandra himself). At this point the pressure in the core can no longer hold out against the powerful pressure due to gravity, and the core collapses onto itself, causing an outward supernova explosion.

If a lot of people are suffering because of a few people, why didn’t the majority do something about it a long time ago? Why’d everyone let it get so bad?” “If you drop a lobster in a pot of boiling water,” Zyrha tells him, “it’ll thrash around for its life.” “Wouldn’t we all?” Darrion smirks. “If you drop the lobster in a pot of cool water and slowly raise the temperature, it’ll die without a struggle. It’ll get used to the incremental increases until it’s too late to know it’s dead. You asked how we got here. The temperature had been rising in the Old States for a long time. People were dying left and right without a struggle. A few leaders had control over everything: money, power, the military, health care, schools, utilities, transportation, laws, courts, and the media. They had everything. Everything except the one thing every person in power needs.” “What’s that?” Darrion asks through a strained quiver. “An enemy.” “An enemy,” he repeats. “The question became which one. There were so many to choose from.” Zyrha claps her hands and gives a sarcastic laugh. “Black people. Brown people. Asians. Mexicans. Arabs. Women. The biracial. The multiracial. Old people. Young people. Short people. The overweight, the underweight, the sick, the helpless, the homeless, the unemployed. The asexual, the bisexual, the homosexual, the transgendered. People with special needs. The neurodivergent. Pot-smokers. Immigrants. Socialists. Communists. Atheists. Jews. Muslims. Intellectuals. Influencers. Athletes. Academics. Writers. Pacifists. Celebrities.” Zyrha pauses to draw in a long breath. “They were all contrived of course. They were invented enemies designed to occupy the amygdala—that’s the brain’s fear center—so the prefrontal cortex—the part of the brain responsible for rational thought and good decision-making—wouldn’t take over. Anyway, there’d been a lot of manufactured enemies, and, frankly, they’d been done to death.

As a rule of thumb, you can let babies sleep outside in temperatures down to minus ten degrees [Celsius; fourteen degrees Fahrenheit]. It’s a misconception that cold temperatures make us sick,” he says. “We get sick because we contract viruses and bacteria when we spend too much time inside, stand too close to each other on the subway, and so on. The risk of getting infected is especially high at day cares, where you might have twenty children spending the whole day inside in a virtual cloud of germs.

A few microbes are more sensitive to heat than our own bodies are. By raising our body temperature, we in effect try to bake the germs to death before we get baked ourselves.

I could see the ghostly haze from my breath. In the distance, shorter pine trees arched over the path, creating a tunnel of green needles. Grandma was nowhere in sight, and I began to run faster to raise my body temperature and my courage. Please

Over your lifetime, your individual greenhouse gas contribution will only increase the temperature of the planet by about a half a billionth of a degree Celsius. That, you might think, is such a small difference as to be negligible, so you shouldn't bother trying to reduce your personal emissions. This reasoning, however, doesn't consider expected value. It's true that increasing the planet's temperature by half a billionth of a degree probably won't make a difference to anyone, but sometimes it will make a difference, and when it does, the difference will be very large. Occasionally , that increase of half a billionth of a degree will cause a flood or a heatwave that wouldn't have happened otherwise. In which case the expected harm of raising global temperatures by half a billionth of a degree would be fairly great. We know that something like this has to be the case because we know that, if millions of people emit greenhouse gases, the bad effects are very large, and millions of people emitting greenhouse gases is just the sum of millions of individual actions.

The warming of the oceans will not only cause sea levels to rise, but will also raise groundwater tables. Imagine the dramatic input of faeces from flooded sewer systems into groundwater — our most important drinking water resource. In combination with elevated atmospheric and sea surface water temperatures, the spreading of disease will speed up. Add this to the warning of hydrologists: clean drinking water will soon be a very limited commodity.

Anthropic Principle implies that when we look at the world around us, it would seem, at least at first blush, that the universe was somehow designed to support and nourish human life. This concept, which is very prevalent in the world of secular science and philosophy, didn’t originate with Christian scholars. But the evidence points so overwhelmingly toward this apparent design in the universe that it’s virtually undeniable by experts of every religious and nonreligious stripe. This has sent skeptics scurrying to find some sort of natural explanation for this apparently supernatural phenomenon. Here are a few of the hard facts:         Raise or lower the universe’s rate of expansion by even one part in a million, and it would have ruled out the possibility of life.       If the average distance between stars were any greater, planets like earth would not have been formed; any smaller, the planetary orbits necessary for life would not have occurred.       If the ratio of carbon to oxygen had been slightly different than it is, none of us would have been here to breathe the air.       Change the tilt of the earth’s axis slightly in one direction, and we would freeze. Change it the other direction, and we’d burn up.       Suppose the earth had been a bit closer or further from the sun, or just a little larger or smaller, or if it rotated at a speed any different from the one we’re spinning at right now. Given any of these changes, the resulting temperature variations would be completely fatal.   So the lesson we can draw from the Anthropic Principle is this: someone must have gone to a lot of effort to make things just right so that you and I could be here to enjoy life. In short, modern science points to the fact that we must really matter to God! Being the ever-obedient

In fact, everyone else was pretty much bundled up in winter coats, scarves, and the like (although in Li’s case the heavy clothing was less functional and more of an accessory to make sure he fit in). I, on the other hand, in my mid- length leather jacket, had not dressed as warmly as the others, but I didn’t have to. With the ability to raise my core body temperature, I could have walked through a blizzard in a pair of swimming trunks and been fine. Like Li, however, it was important that I keep up appearances, so I chose to go out dressed somewhat appropriately for the weather rather than as a member of the local Polar Bear Club.

Marcus woke again to find Sanga lying asleep on his bed, and he quietly climbed off his own mattress, standing still for a moment to allow the slight feeling of dizziness to pass. Walking quietly on bare feet, he made his way up the corridor to the latrine, then went in search of his wife. Felicia was delighted to see him on his feet, despite her immediate concern for his well-being, which were quickly dispelled when he waved her away and turned a full circle with his arms out. ‘Well, you seem to be spry enough that I think we can assume the effects of the mandrake have completely worn off. You won’t be able to speak or eat solid food for some time yet though.’ ‘And that’s why I brought this for him.’ They turned to find the tribune standing in the doorway with a smile on his face, a small iron pot dangling from one hand. ‘There’s a food shop at the end of the street whose proprietress was only too happy to lend me the pot in the likelihood of getting your business for the next few weeks. Pass me a cup and I’ll pour you some.’ Marcus found his glass drinking tube and took a sip at the soup, nodding his thanks to the tribune. Scaurus sat in silence until the cup was empty, watching as the hungry centurion consumed the soup as quickly as its temperature would allow. ‘That’s better, eh? There’s more in the pot for when I’m gone. I’d imagine you’ll be spending another night in here just to be sure you’re over the worst of it, but that ought to keep you going until morning. And now, Centurion, to business? First Spear Frontinius tells me that you passed a message requesting a conversation with me, although from the look of things most of the speaking will be done by me.’ Marcus nodded, reaching for his tablet and writing several lines of text. He handed the wooden case to Scaurus, who read the words and stared back at his centurion with his eyebrows raised in astonishment. ‘Really? You’re sure of this?’ After thinking for a moment, Marcus held out his hand and took the tablet back. He smoothed the wax and wrote another statement. Scaurus looked grimly at the text, shaking his head. ‘You got that close to him?’ Marcus wrote in the tablet again. Scaurus read the text aloud, a wry smile on his face. ‘“Take a tent party with you.” A tent party? I’ll need a damned century if he’s as dangerous as you say. And the nastiest, most bad-tempered officer in the First Cohort. Do any names spring to mind, Centurion?

Fortunately for us, the sedimentary sink is transitory. Sediments are transported on the giant crustal plates that float like rafts on the hot heavier material of the underlying mantle. When plates converge, they can be either uplifted or they may be withdrawn into the underlying mantle. Uplift results in the formation of mountain ranges. Carbon (and other life-essential elements) may be cycled directly back to the atmosphere/biosphere system, in this case by weathering of the uplifted rock material. If the sedimentary material is carried down into the mantle, it will be raised to high temperature through exposure to the hot mantle material. The carbon and other volatile materials included in the sediments may be released and transferred, often explosively, back to either the atmosphere or ocean as a component of hot springs and volcanoes. The average carbon atom has gone through this tectonically driven cycling sequence at least 10 times over the course of Earth history. How

Polson had always made butter from stale cream. He never collected milk to get fresh cream. The cream merchants would supply him with cans of cream, which went into his butter production. Sometimes these cans of cream would be kept for as long as ten days without refrigeration. Many pollutants – sometimes even maggots – contaminated the cream and turned it malodorous. Polson’s Manager, Foster, found an answer to all such problems. He acquired a vacreator – a machine that heats cream for pasteurisation with injected steam that quickly raises its temperature. The machine also creates a vacuum, which removes the steam molecules so that it does not dilute the cream. For Polson, the vacreator served a dual purpose: along with the steam, the vacuum also almost totally removed the foul odour from the stale cream. Some odour though did remain and, ironically enough, became a problem for us at Amul. Our butter, like butter from New Zealand, was made of fresh cream – milk to cream to butter, all in the same day. When we introduced this butter into the market, people exclaimed in distaste: ‘What kind of butter is this? There’s no flavour in it. It’s flat!’ Of course, the Parsis in Bombay city’s popular Irani restaurants would not touch it (although I suspect this could as well have been because of their loyalty to ‘apro Pestonjee’, Polson). This was a serious problem and we had to find a solution quickly. We did. At the end of the butter-making process we began to add a permitted chemical additive called diacetyl, which also gave the butter an added ‘flavour’. This solution to a rather unusual problem was legal as long as we printed the line ‘permitted flavours added’ on the packets. In its new form, Amul butter became more acceptable – and sales showed dramatic improvement.

I was going to ask if you wanted to dance.” “Y-you want to dance?” she stammered as the saxophone played a sultry note that seemed to raise the temperature by about two hundred degrees. “Yes. It’s the strange custom that cultures all over the world take part in.” He tried to keep his voice light to mask the adrenaline pumping through his veins.

His tricks had raised the temperature of the room considerably, although I was pretty sure his presence alone had that effect.

Harley Diekerhoff looked up from peeling potatoes to glance out the kitchen window. It was still snowing... even harder than it had been this morning. So much white, it dazzled. Hands still, breath catching, she watched the thick, white flakes blow past the ranch house at a dizzying pace, enthralled by the flurry of the lacy snowflakes. So beautiful. Magical A mysterious silent ballet in all white, the snow swirling, twirling just like it did in her favorite scene from the Nutcracker—the one with the Snow Queen and her breathtaking corps in their white tutus with their precision and speed—and then that dazzling snow at the end, the delicate flakes powdering the stage. Harley’s chest ached. She gripped the peeler more tightly, and focused on her breathing. She didn’t want to remember. She wasn’t going to remember. Wasn’t going to go there, not now, not today. Not when she had six hungry men to feed in a little over two hours. She picked up a potato, started peeling. She’d come to Montana to work. She’d taken the temporary job at Copper Mountain Ranch to get some distance from her family this Christmas, and working on the Paradise Valley cattle ranch would give her new memories. Like the snow piling up outside the window. She’d never lived in a place that snowed like this. Where she came from in Central California, they didn’t have snow, they had fog. Thick soupy Tule fog that blanketed the entire valley, socking in airports, making driving nearly impossible. And on the nights when the fog lifted and temperatures dropped beneath the cold clear sky, the citrus growers rushed to light smudge pots to protect their valuable, vulnerable orange crops. Her family didn’t grow oranges. Her family were Dutch dairy people. Harley had been raised on a big dairy farm in Visalia, and she’d marry a dairyman in college, and they’d had their own dairy, too. But that’s the part she needed to forget. That’s why she’d come to Montana, with its jagged mountains and rugged river valleys and long cold winters. She’d arrived here the Sunday following Thanksgiving and would work through mid-January, when Brock Sheenan’s housekeeper returned from a personal leave of absence. In January, Harley would either return to California or look for another job in Crawford County. Harley was tempted to stay, as the Bozeman employment agency assured her they’d have no problem finding her a permanent position if she wanted one.

The New England wilderness March 1, 1704 Temperature 10 degrees Somebody was tapping Mercy in the ribs. It couldn’t be Tommy, who pounced, or Sam, who jabbed. It wasn’t John, who kissed, or Benny, who snuggled. Whichever brother it was had wet the bed in the night, and wet Mercy with him, and so far it was still warm, but the moment she separated from that sleeping brother, it would be cold and awful. But the tapping would not stop, and Mercy woke to see a deerskin legging with a painted running deer. “Up,” said her Indian. The paint had partly peeled off his face, giving him a patchy smeared look. She remembered the day before backward: the marching, the carrying, the slipping, the snow. She thrust memory away, folding it closed. She would not think about the attack. Lord, please, she prayed. Let me see Sam and John and Tommy and Benny. Let Uncle Nathaniel and Aunt Mary and the cousins be here. Let it not be true abut Marah. Let Stepmama and the baby be safe and sound and walking fast enough. The Indian stooped to take her hand and pull her to her feet, giving a slight grunt as he did. For the first time she saw that he too had been hurt and that the paint on his side was his own dried blood, and Mercy knew then that she had experienced war, and that it was true about Marah. She did not take his hand, knowing what it had done. Rolling Daniel ahead of her, she was out of the snow hole and on her feet in a moment. There was some sort of assembly going on. The prisoners were stumbling toward Mr. Williams, who stood alone, his hands raised to the sky. How extraordinary, thought Mercy. They’re going to let us pray. She was glad, because a day without morning prayer was unthinkable, but it didn’t seem like something the Indians would permit. French Indians were Catholic, though, converted by priests from France itself. Mr. Williams often said that if you were Catholic, you hated God and were evil and stole little children from their beds. The warriors had gathered in clumps. Yesterday had been complete victory for the Indians, and yet there was no rejoicing among them. Her captor’s eyes were on a bundle in the snow. She had seen enough death in her life to know it. One of the Indian wounded had not survived the night. The posture of her Indian was human. It was grief.

The New England wilderness March 1, 1704 Temperature 10 degrees The Indian next to Mr. Williams interrupted him roughly. “We kill. You tell.” Mr. Williams ceased to pray. “Joe Alexander escaped last night,” he said. “If anyone else tries to escape, they will burn the rest of us alive.” Burn alive? Burn innocent women and children because one young man flew from their grasp? Her Indian stood some distance away amid the other warriors. He was now wearing a vivid blue cloth coat of European design. In one hand he held his French flintlock, and over his shoulder hung his bow and a full otter-skin quiver--actually, the entire dead otter, complete with face and feet. His coat hung open to show a belt around his waist, from which hung his tomahawk and scalping knife. His skin was not red after all, but the color of autumn. Burnished chestnut. His shaved head gleamed. He looked completely and utterly savage. He might sorrow for a dead brother warrior, but grief would make him more likely to burn a captive, not less likely. Mercy imagined kindling around her feet, a stake at her back, her flesh charring like a side of beef. Beside her, Eben seemed almost to faint. Mercy had the odd thought that she, an eleven-year-old girl, might be stronger than he, a seventeen-year-old boy. The English were silent, entirely able to believe they might be burned. The first person to move was Mercy’s Indian. Sharply raising one hand, bringing the eyes of all upon him, he pointed to Mercy Carter. She was frozen with horror. His finger beckoned. There could be no mistake. The meaning was come. There was no speech and no movement from a hundred captives and three hundred enemies. It was the French Mercy hated at that moment. How could they stand by and let other whites be burned alive? She had no choice but to go to him. She set Daniel down. Perhaps they would spare Daniel. Perhaps only she was to be burned. She forced herself to keep her chin up, her eyes steady and her steps even. How could she be afraid of going where her five-year-old brother had gone first? O Tommy, she thought, rest in the Lord. Perhaps you are with Mother now. Perhaps I will see you in a moment. She did not want to die. Her footsteps crunched on the snow. Nobody spoke. Nobody moved. The Indian handed Mercy a slab of cornmeal bread, and then beckoned to Daniel, who cried, “Oh, good, I’m so hungry!” and came running, his happy little face tilted in a smile at the Indian who fed him. “Mercy said we’d eat later,” Daniel confided in the Indian. The English trembled in their relief and the French laughed.

Montreal November 1704 Temperature 34 degrees “Girl! English, eh? What is your name? Indians stole you, eh? I’ll send news to your people.” His excellent speech meant that he did a lot of trading with the English. It meant, Mercy prayed, that he liked the English. She found her tongue. “Will you take me to France, sir? Or anywhere at all? Wherever you are going--I can pay.” He raised his eyebrows. “You do not belong to an Indian?” She flushed and knew her red cheeks gave their own answer, but rather than speaking, she held out the cross. The sun was bright and the gemstones even brighter. The man sucked in his breath. He leaned very close to her to examine the cross. “Yes,” he said. “It is worth much.” He straightened up slowly, his eyes traveling from her waist to her breast to her throat to her hair. The other sailors also straightened, and they too left their work, drawn by the glittering cross. “So you want to sail with me, girl?” He stroked her cheek. His nails were yellow and thick like shingles, and filthy underneath. He twined her hair into a hank, circling it tighter and tighter, as if to scalp. “You are the jewel,” he said. “Come. I get a comb and fix this hair.” The other sailors slouched over. They pressed against her and she could not retreat. He continued to hold her by the hair, as if she were a rabbit to be skinned. She could see neither river nor sky, only the fierce grins of sailors leaning down. “Eh bien,” said the Frenchman, returning to his own tongue. “This little girl begs to sail with us,” he told his men. “What do you say, boys?” He began laughing. “Where should she sleep? What am I bid?” She did not have enough French to get every word, but it was the same in any language. The sailors laughed raucously. Indians had strong taboos about women. Men would not be with their women if they were going hunting or having important meetings, and certainly not when going off to war. She had never heard of an Indian man forcing himself on a woman. But these were not Indians. She let the cross fall on its chain and pushed the Frenchman away, but he caught both her wrists easily in his free hand and stretched her out by the wrists as well as by the hair. Tannhahorens pricked the white man’s hand with the tip of his scalping knife. White men loading barrels stood still. White sailors on deck ceased to move. White passersby froze where they walked. The bearded Frenchman drew back, holding his hands up in surrender. A little blood ran down his arm. “Of course,” he said, nodding. “She’s yours. I see.” The sailors edged away. Behind them now, Mercy could see two pirogues of Indians drifting by the floating dock. They looked like Sauk from the west. They were standing up in the deep wells of their sturdy boats, shifting their weapons to catch the sun. Tannhahorens did not look at Mercy. The tip of his knife advanced and the Frenchman backed away from it. He was a very strong man, possibly stronger than Tannhahorens. But behind Tannhahorens were twenty heavily armed braves. The Frenchman kept backing and Tannhahorens kept pressing. No sailor dared move a muscle, not outnumbered as they were. The Sauk let out a hideous wailing war cry. Mercy shuddered with the memory of other war cries. Even more terrified, all the French took another step back--and three of them fell into the St. Lawrence River. The Sauk burst into wild laughter. The voyageurs hooted and booed. The sailors threw ropes to their floundering comrades, because only Indians knew how to swim.

Deerfield, Massachusetts February 29, 1704 Temperature 0 degrees We will freeze to death, thought Mercy. Why go to the trouble of carrying a hundred pairs of moccasins when they won’t make a fire? Her Indian knelt and, with his bare hands, scooped out a hole in a snowbank. She expected him to store his plunder in the cavity. He had to make a lot of hand motions before she understood that this was her shelter for the night. Not a house, nor a bed, nor even a stable. A hole in the snow. Mercy wanted to raise her head to the skies and howl like a dog. But she wanted to survive. There must be no more bodies along this terrible trail. “First, may I look for my brothers?” She held up four fingers. “No,” said the Indian, and motioned her into the cave, tucking Daniel in after her. Mercy would have felt much better if she could have rested her eyes on Tommy and John and Sam and Benny. From her hole she watched the others settle in for the night. Eben’s Indian collected the older boys: Eben, the oldest Kellogg boy, the two Sheldon boys and Joe Alexander, who was in his twenties but looked very young. They were pinioned to the ground a dozen yards from where Mercy was curled. For Eben, however, his Indian made a cradle of spruce boughs. He wrapped a leather rope around Eben’s wrists and linked the cord to his own. If Eben moved, his captor would know it. The rest were made to lie on open snow. There was nothing between them and the weather. No walls, no roof, no parent.

Tyndall measured the absorption of infrared radiation by carbon dioxide and water vapor, and showed that slight changes in atmospheric composition would significantly raise the earth’s surface temperature. He also suggested that methane could affect earth’s temperature, but methane is so rare that it was not discovered in the atmosphere until 1948.

In the 1950s, the Canadian physicist Gilbert Plass used new, detailed measurements of the infrared absorption bands and created an early computerized model of infrared radiative transfer. He calculated that a CO2 doubling would increase temperature by 3.6°C. Assuming that CO2 emissions would continue at their current rate, he expected that human activity would raise the average global temperature “at the rate of 1.1°C per century.”23 He warned that “temperature rise from this cause may be so large in several centuries that it will present a serious problem to future generations.”24

From a physical standpoint, anger: Raises your blood pressure Raises your body temperature Throws off your digestive system Prepares your body for ‘battle’ by releasing the fight-or-flight mechanisms Causes headaches Causes insomnia Prevents your immune system from working as it should And if these side-effects are not enough, the emotional strain of anger: Produces anxiety and depression Affects other relationships Affects our job performance Affects our ability to rationalize and make good choices

prevent the cancer from recurring by repairing the mitochondria in his patients’ cells. To achieve this, he tries to raise their core body temperature by recommending they eat only hot foods, drink only warm liquids, practice deep breathing, reduce their stress, exercise regularly, and get plenty of sleep and sunlight. Dr. Nishihara also recommends that his patients breathe as much as possible through their noses, because he believes the nose is better at preventing bacteria from entering the body than the mouth is. With this multifaceted treatment approach, including the important supplement of bifidus factor to help detoxify the body, Dr. Nishihara has helped many of his cancer patients have Radical Remissions.

In the age of computer simulation, when flows in everything from jet turbines to heart valves are modeled on supercomputers, it is hard to remember how easily nature can confound an experimenter. In fact, no computer today can completely simulate even so simple a system as Libchaber's liquid helium cell. Whenever a good physicist examines a simulation, he must wonder what bit of reality was left out, what potential surprise was sidestepped. Libchaber liked to say that he would not want to fly in a simulated airplane-he would wonder what had been missed. Furthermore, he would say that computer simulations help to build intuition or to refine calculations, but they do not give birth to genuine discovery. This, at any rate, is the experimenter's creed. His experiment was so immaculate, his scientific goals so abstract, that there were still physicists who considered Libchaber's work more philosophy or mathematics than physics. He believed, in turn, that the ruling standards of his field were reductionist, giving primacy to the properties of atoms. "A physicist would ask me, How does this atom come here and stick there? And what is the sensitivity to the surface? And can you write the Hamiltonian of the system? "And if I tell him, I don't care, what interests me is this shape, the mathematics of the shape and the evolution, the bifurcation from this shape to that shape to this shape, he will tell me, that's not physics, you are doing mathematics. Even today he will tell me that. Then what can I say? Yes, of course, I am doing mathematics. But it is relevant to what is around us. That is nature, too." The patterns he found were indeed abstract. They were mathematical. They said nothing about the properties of liquid helium or copper or about the behavior of atoms near absolute zero. But they were the patterns that Libchaber's mystical forbears had dreamed of. They made legitimate a realm of experimentation in which many scientists, from chemists to electrical engineers, soon became explorers, seeking out the new elements of motion. The patterns were there to see the first time eh succeeded in raising the temperature enough to isolate the first period-doubling, and the next, and the next. According to the new theory, the bifurcations should have produced a geometry with precise scaling, and that was just what Libchaber saw, the universal Feigenbaum constants turning in that instant from a mathematical ideal to a physical reality, measurable and reproducible. He remembered the feeling long afterward, the eerie witnessing of one bifurcation after another and then the realization that he was seeing an infinite cascade, rich with structure. It was, as he said, amusing.

The iron has entered my soul,' announced George Knox impressively. 'Let me tell you, my dear Laura, that when I lay here weak and ill, unable to raise a hand in my own defence, I begged for a nurse, a hireling who would do her day-labour as a machine, and not worry a sick, ageing man. But even this was denied. Miss Grey, all kindness and sympathy and, I must say, Laura, an infernal bore, insisted on nursing me herself. Degrading enough in any case but the worst you have not heard. Could I ask my secretary to shave me? No. As a matter of fact, I did, but she wouldn't, or couldn't. Imagine me, Laura, becoming more like a pard day by day prickly and revolting to myself, mortified beyond words to be seen in this this condition, but helpless.' 'Why didn't you get the gardener to do it? Or use a safety razor?' 'My dear Laura,' said George Knox in a hurt voice, 'you do not seem to realise how weak I was, how very weak. For two days my temperature had been over a hundred, and when the fever had left me I lay powerless, as a new-born babe, and the woman triumphed over me. She would not let me shave, she fed me on slops, she would not even give me clean pyjamas till the third day.

The quantity that physicists call the specific heat of a substance is defined as the amount of energy needed to raise the temperature of 1 g of this substance by 1 degree Celsius.

You're rather good at this, aren't you?" And she didn't just mean his reading of Gerrard. Vane's grin converted to a rakish smile. "I'm rather good at lots of things." His voice had lowered to a rumbling purr. He leaned closer. Patience tried, very hard, to ignore the vise slowly closing about her chest. She kept her eyes on his, drawing ever nearer, determined that she wouldn't- absolutely would not- allow her gaze to drop to his lips. As her heartbeat deepened, she raised one brow challengingly. "Such as?" By the time Patience reached that conclusion, she was utterly breathless- and utterly enthralled by the heady feelings slowly spiraling through her. Vane's confident possession of her lips, her mouth, left her giddy- pleasurably so. His hard lips moved on hers, and she softened, not just her lips, but every muscle, every limb. Slow heat washed through her, a tide of simple delight that seemed to have no greater meaning, no deeper import. It was all pleasure, simple pleasure. With a mental sigh, she lifted her arms and draped them over his shoulders. He shifted closer. Patience thrilled to the slow surge of his tongue against hers. Boldly, she returned the caress, the muscles beneath her hands tensed. Emboldened, she let her lips firm against his, and reveled in his immediate response. Hard transmuted to harder; lips, muscles, all became more definite, more sharply defined. It was fascinating- she became softer- he became harder. And behind his hardness came heat- a heat they both shared. It rose like a fever, turning the swirling pleasure hot. Beyond the caress of his lips, he hadn't touched her, yet every nerve in her body was heating, simmering with sensation. The warm tide spread, swelled; the temperature increased. And she was flushed, restless- wanting.