The Cold Equations Quotes

People always equate beauty with good, but it just ain't so.

That was the cold equation. How many lives is one person, even a totally innocent person, going to be worth?

You welcome your children into the world knowing that if all goes the way you plan, you won’t get to see the end of their story. It seems a sad notion until you realize that’s what gives you hope for the future.

It’s always the little things you remember people by, all the little things they did because they wanted to do them for you.

I’ve always felt that the greatest and most beautiful stories in the history of humanity were not sung by wandering bards or written by playwrights and novelists, but told by science. The stories of science are far more magnificent, grand, involved, profound, thrilling, strange, terrifying, mysterious, and even emotional, compared to the stories told by literature. Only, these wonderful stories are locked in cold equations that most do not know how to read.

The dull light fell more faintly upon the page whereon another equation began to unfold itself slowly and to spread abroad its widening tail. It was his own soul going forth to experience, unfolding itself sin by sin, spreading abroad the balefire o fits burning stars and folding back upon itself, fading slowly, quenching its own lights and fires. they were quenched; and the cold darkness filled chaos.

What You Missed That Day You Were Absent from Fourth Grade" Mrs. Nelson explained how to stand still and listen to the wind, how to find meaning in pumping gas, how peeling potatoes can be a form of prayer. She took questions on how not to feel lost in the dark. After lunch she distributed worksheets that covered ways to remember your grandfather’s voice. Then the class discussed falling asleep without feeling you had forgotten to do something else— something important—and how to believe the house you wake in is your home. This prompted Mrs. Nelson to draw a chalkboard diagram detailing how to chant the Psalms during cigarette breaks, and how not to squirm for sound when your own thoughts are all you hear; also, that you have enough. The English lesson was that I am is a complete sentence. And just before the afternoon bell, she made the math equation look easy. The one that proves that hundreds of questions, and feeling cold, and all those nights spent looking for whatever it was you lost, and one person add up to something.

It was cold, but we weren't about to make Max leave because we didn't know if he or any of us would ever make it back to Canada's capital city, let alone this very spot, and even if we did, somehow we knew it would never be the same as right then. There would be different variables, if we came back, a totally different equation made up of wildly different circumstances; it just couldn't be helped, because life was always evolving and changing, and therefore, no matter how much we'd like to, we would never, ever have that moment again--even if we tried with all our might to re-create it, going so far as wearing the exact clothes even, we would fail, because you cannot beat time; you can only enjoy it whenever possible, as it zooms by endlessly.

How can I be lonely when I hate people?

I awoke from this nightmare into a freezing cold motel room: the heater had broken at some point during the night, and the fan was now blowing icy air into the room. At first I tried to keep warm under the crappy motel bedspread by thinking about the man I loved. At the time he was traveling in Europe, and was thus unreachable. I didn't know it yet, but as I lay there, he was traveling with another woman. Does it matter now? I tried hard to feel his body wrapped tightly around mine. Next I tried to imagine everyone I had ever loved, and everyone who had ever loved me, wrapped around me. I tried to feel that I was the composite of all these people, instead of alone in a shitty motel room with a broken heater somewhere outside of Detroit, a few miles from where Jane's body was dumped thirty-six years ago on a March night just like this one. 'Need each other as much as you can bear,' writes Eileen Myles. 'Everywhere you go in the world.' I felt the wild need for any or all of these people that night. Lying there alone, I began to feel - perhaps even to know - that I did not exist apart from their love and need of me. Of this latter I felt less sure, but it seemed possible, if the equation worked both ways. Falling asleep I thought, 'Maybe this, for me, is the hand of God.

The captain has been telling how, in one of his Arctic voyages, it was so cold that the mate's shadow froze fast to the deck and had to be ripped loose by main strength. And even then he got only about two-thirds of it back.

New Rule: You don't have to teach both sides of a debate if one side is a load of crap. President Bush recently suggested that public schools should teach "intelligent design" alongside the theory of evolution, because after all, evolution is "just a theory." Then the president renewed his vow to "drive the terrorists straight over the edge of the earth." Here's what I don't get: President Bush is a brilliant scientist. He's the man who proved you could mix two parts booze with one part cocaine and still fly a jet fighter. And yet he just can't seem to accept that we descended from apes. It seems pathetic to be so insecure about your biological superiority to a group of feces-flinging, rouge-buttocked monkeys that you have to make up fairy tales like "We came from Adam and Eve," and then cover stories for Adam and Eve, like intelligent design! Yeah, leaving the earth in the hands of two naked teenagers, that's a real intelligent design. I'm sorry, folks, but it may very well be that life is just a series of random events, and that there is no master plan--but enough about Iraq. There aren't necessarily two sides to every issue. If there were, the Republicans would have an opposition party. And an opposition party would point out that even though there's a debate in schools and government about this, there is no debate among scientists. Evolution is supported by the entire scientific community. Intelligent design is supported by the guys on line to see The Dukes of Hazzard. And the reason there is no real debate is that intelligent design isn't real science. It's the equivalent of saying that the Thermos keeps hot things hot and cold things cold because it's a god. It's so willfully ignorant you might as well worship the U.S. mail. "It came again! Praise Jesus!" Stupidity isn't a form of knowing things. Thunder is high-pressure air meeting low-pressure air--it's not God bowling. "Babies come from storks" is not a competing school of throught in medical school. We shouldn't teach both. The media shouldn't equate both. If Thomas Jefferson knew we were blurring the line this much between Church and State, he would turn over in his slave. As for me, I believe in evolution and intelligent design. I think God designed us in his image, but I also think God is a monkey.

Teddy Roosevelt famously said, “It is not the critic who counts, not the man who points out how the strong man stumbles, or where the doer of deeds could have done them better. The credit belongs to the man who is actually in the arena, whose face is marred by dust and sweat and blood, who strives valiantly, who errs, who comes short again and again, because there is no effort without error and shortcoming, but who does actually strive to do the deeds, who knows great enthusiasms, the great devotions, who spends himself in a worthy cause, who at the best knows in the end the triumph of high achievement, and who at the worst, if he fails, at least fails while daring greatly, so that his place shall never be with those cold and timid souls who neither know victory nor defeat.

No woman had ever managed to stir up such a storm inside his head. Not one had ever been capable of making him lose his concentration with such antics, such lightness of touch. He couldn’t think of even one of the many girlfriends he had given his heart to who was capable of putting on such a show for him, without any audience other than the mountains looming ever higher in the growing shadows. Not a single one, he said to himself, watching her with lowered eyes as he began to feel rather confused. He tried to regain the normal pulse of his feelings. He attempted to return to the cold calculations of numbers and time equations necessary for him to finish drawing up his plans. Because the day was passing quickly and he would not have a second chance to finish or correct them.

Pyjamas are hot on a hot night and cold on a cold night—defects which a nightshirt is free from. I tried the pyjamas in order to be in the fashion; but I was obliged to give them up, I couldn't stand them. There was no sufficient change from day-gear to night-gear. I missed the refreshing and luxurious sense, induced by the night-gown, of being undressed, emancipated, set free from restraints and trammels.

Carlyle was upset because the economists were against slavery. He argued for the reintroduction of slavery in the West Indies and was annoyed that the economists railed against it. Think about this when you’re tempted to scorn economists and the cool approach they take to human affairs, and when you hear people equating strong feelings with goodness and cold reason with nastiness. In the real world, as we’ve seen, the truth is usually the opposite.

As a science fiction writer who began as a fan, I do not use my fiction as a disguised way to criticize the reality of the present. I feel that the greatest appeal of science fiction is the creation of numerous imaginary worlds outside of reality. I’ve always felt that the greatest and most beautiful stories in the history of humanity were not sung by wandering bards or written by playwrights and novelists, but told by science. The stories of science are far more magnificent, grand, involved, profound, thrilling, strange, terrifying, mysterious, and even emotional, compared to the stories told by literature. Only, these wonderful stories are locked in cold equations that most do not know how to read. The creation myths of the various peoples and religions of the world pale when compared to the glory of the big bang. The three-billion-year history of life’s evolution from self-reproducing molecules to civilization contains twists and romances that cannot be matched by any myth or epic. There is also the poetic vision of space and time in relativity, the weird subatomic world of quantum mechanics … these wondrous stories of science all possess an irresistible attraction. Through the medium of science fiction, I seek only to create my own worlds using the power of imagination, and to make known the poetry of Nature in those worlds, to tell the romantic legends that have unfolded between Man and Universe.

On the 15th of May we were at the extreme south of the Bank of Newfoundland. This bank consists of alluvia, or large heaps of organic matter, brought either from the Equator by the Gulf Stream, or from the North Pole by the counter-current of cold water which skirts the American coast. There also are heaped up those erratic blocks which are carried along by the broken ice; and close by, a vast charnel-house of molluscs, which perish here by millions. The depth of the sea is not great at Newfoundland—not more than some hundreds of fathoms; but towards the south is a depression of 1,500 fathoms. There the Gulf Stream widens. It loses some of its speed and some of its temperature, but it becomes a sea. It was on the 17th of May, about 500 miles from Heart's Content, at a depth of more than 1,400 fathoms, that I saw the electric cable lying on the bottom.

As he placed the needle back on its tray, I realized that he'd complicated me; he'd imposed divisions on the matter I shared with Pearl, all that we'd both collaborated on in our floating little world. The needle made me a mischling, but the word took on a meaning different than the term the Nazis imposed upon us, all those cold and gruesome equations of blood and worship and heritage. No, I was a hybrid of a different sort, a powerful hyrbid forged by my suffering. I was now composed of two parts. One part was loss and despair. Such darkness should make life impossible, I know. But my other part? It was wild hope. And no one could extract or cut or drain it from me. No one could burn it from my flesh or puncture it with a needle. This hopeful part, it twisted me, gave me a new form. The girl who'd licked an onion in the cattle car was dead, and the mischling I'd become was an oddity, a thwarted person, a creature - but a creature capable of tricking her enemies and rescuing her loved ones.

The Outer Cape is famous for a dazzling quality of light that is like no other place on Earth. Some of the magic has to do with the land being surrounded by water, but it’s also because that far north of the equator, the sunlight enters the atmosphere at a low angle. Both factors combine to leave everything it bathes both softer and more defined. For centuries writers, poets, and fine artists have been trying to capture its essence. Some have succeeded, but most have only sketched its truth. That’s no reflection of their talent, because no matter how beautiful the words or stunning the painting, Provincetown’s light has to be experienced. The light is one thing, but there is also the way everything smells. Those people lucky enough to have experienced the Cape at its best—and most would agree it’s sometime in the late days of summer when everything has finally been toasted by the sun—know that simply walking on the beach through the tall seagrass and rose hip bushes to the ocean, the air redolent with life, is almost as good as it gets. If in that moment someone was asked to choose between being able to see or smell, they would linger over their decision, realizing the temptation to forsake sight for even one breath of Cape Cod in August. Those aromas are as lush as any rain forest, as sweet as any rose garden, as distinct as any memory the body holds. Anyone who spent a week in summer camp on the Cape can be transported back to that spare cabin in the woods with a single waft of a pine forest on a rainy day. Winter alters the Cape, but it doesn’t entirely rob it of magic. Gone are the soft, warm scents of suntan oil and sand, replaced by a crisp, almost cruel cold. And while the seagrass and rose hips bend toward the ground and seagulls turn their backs to a bitter wind, the pine trees thrive through the long, dark months of winter, remaining tall over the hibernation at their feet. While their sap may drain into the roots and soil until the first warmth of spring, their needles remain fragrant through the coldest month, the harshest storm. And on any particular winter day on the Outer Cape, if one is blessed enough to take a walk in the woods on a clear, cold, windless day, they will realize the air and ocean and trees all talk the same language and declare We are alive. Even in the depths of winter: we are alive. It

Radiation from the Big Bang may give us a clue to dark matter and dark energy. First of all, the echo, or afterglow, of the Big Bang is easy to detect. Our satellites have been able to detect this radiation to enormous accuracy. Photographs of this microwave background radiation show that it is remarkably smooth, with tiny ripples appearing on its surface. These ripples, in turn, represent tiny quantum fluctuations that existed at the instant of the Big Bang that were then magnified by the explosion. What is controversial, however, is that there appear to be irregularities, or blotches, in the background radiation that we cannot explain. There is some speculation that these strange blotches are the remnants of collisions with other universes. In particular, the CMB (cosmic microwave background) cold spot is an unusually cool mark on the otherwise uniform background radiation that some physicists have speculated might be the remnants of some type of connection or collision between our universe and a parallel universe at the beginning of time. If these strange markings represent our universe interacting with parallel universes, then the multiverse theory might become more plausible to skeptics. Already, there are plans to put detectors in space that can refine all these calculations, using space-based gravity wave detectors. LISA Back in 1916, Einstein showed that gravity could travel in waves. Like throwing a stone in a pond and witnessing the concentric, expanding rings it creates, Einstein predicted that swells of gravity would travel at the speed of light. Unfortunately, these would be so faint that he did not think we would find them anytime soon. He was right. It took until 2016, one hundred years after his original prediction, before gravity waves were observed. Signals from two black holes that collided in space about a billion years ago were captured by huge detectors. These detectors, built in Louisiana and Washington State, each occupy several square miles of real estate. They resemble a large L, with laser beams traveling down each leg of the L. When the two beams meet at the center, they create an interference pattern that is so sensitive to vibrations that they could detect this collision. For their pioneering work, three physicists, Rainer Weiss, Kip S. Thorne, and Barry C. Barish, won the Nobel Prize in 2017. For even greater sensitivity, there are plans to send gravity wave detectors into outer space. The project, known as the laser interferometry space antenna (LISA), might be able to pick up vibrations from the instant of the Big Bang itself. One version of the LISA consists of three separate satellites in space, each connected to the others by a network of laser beams. The triangle is about a million miles on each side.

robbery by European nations of each other's territories has never been a sin, is not a sin to-day. To the several cabinets the several political establishments of the world are clotheslines; and a large part of the official duty of these cabinets is to keep an eye on each other's wash and grab what they can of it as opportunity offers. All the territorial possessions of all the political establishments in the earth—including America, of course—consist of pilferings from other people's wash. No tribe, howsoever insignificant, and no nation, howsoever mighty, occupies a foot of land that was not stolen. When the English, the French, and the Spaniards reached America, the Indian tribes had been raiding each other's territorial clothes-lines for ages, and every acre of ground in the continent had been stolen and re-stolen 500 times. The English, the French, and the Spaniards went to work and stole it all over again; and when that was satisfactorily accomplished they went diligently to work and stole it from each other. In Europe and Asia and Africa every acre of ground has been stolen several millions of times. A crime persevered in a thousand centuries ceases to be a crime, and becomes a virtue. This is the law of custom, and custom supersedes all other forms of law. Christian governments are as frank to-day, as open and above-board, in discussing projects for raiding each other's clothes-lines as ever they were before the Golden Rule came smiling into this inhospitable world and couldn't get a night's lodging anywhere. In 150 years England has beneficently retired garment after garment from the Indian lines, until there is hardly a rag of the original wash left dangling anywhere. In 800 years an obscure tribe of Muscovite savages has risen to the dazzling position of Land-Robber-in-Chief; she found a quarter of the world hanging out to dry on a hundred parallels of latitude, and she scooped in the whole wash. She keeps a sharp eye on a multitude of little lines that stretch along the northern boundaries of India, and every now and then she snatches a hip-rag or a pair of pyjamas. It is England's prospective property, and Russia knows it; but Russia cares nothing for that. In fact, in our day land-robbery, claim-jumping, is become a European governmental frenzy. Some have been hard at it in the borders of China, in Burma, in Siam, and the islands of the sea; and all have been at it in Africa. Africa has been as coolly divided up and portioned out among the gang as if they had bought it and paid for it. And now straightway they are beginning the old game again—to steal each other's grabbings. Germany found a vast slice of Central Africa with the English flag and the English missionary and the English trader scattered all over it, but with certain formalities neglected—no signs up, "Keep off the grass," "Trespassers-forbidden," etc.—and she stepped in with a cold calm smile and put up the signs herself, and swept those English pioneers promptly out of the country. There is a tremendous point there. It can be put into the form of a maxim: Get your formalities right—never mind about the moralities. It was an impudent thing; but England had to put up with it. Now, in the case of Madagascar, the formalities had originally been observed, but by neglect they had fallen into desuetude ages ago. England should have snatched Madagascar from the French clothes-line. Without an effort she could have saved those harmless natives from the calamity of French civilization, and she did not do it. Now it is too late. The signs of the times show plainly enough what is going to happen. All the savage lands in the world are going to be brought under subjection to the Christian governments of Europe. I am

It may be cheap, but it should also be sturdy. What must be avoided at all costs is dishonest, distorted and ornate work. What must be sought is the natural, direct, simple, sturdy and safe. Confining beauty to visual appreciation and excluding the beauty of practical objects has proven to be a grave error on the part of modern man. A true appreciation of beauty cannot be fostered by ignoring practical handicrafts. After all, there is no greater opportunity for appreciating beauty than through its use in our daily lives, no greater opportunity for coming into direct contact with the beautiful. It was the tea masters who first recognized this fact. Their profound aesthetic insight came as a result of their experience with utilitarian objects. If life and beauty are treated as belonging to different realms, our aesthetic sensibilities will gradually wither and decline. It is said that someone living in proximity to a flowering garden grows insensitive to its fragrance. Likewise, when one becomes too familiar with a sight, one loses the ability to truly see it. Habit robs us of the power to perceive anew, much less the power to be moved. Thus it has taken us all these years, all these ages, to detect the beauty in common objects. The world of utility and the world of beauty are not separate realms. Users and the used have exchanged a vow: the more an object is used the more beautiful it will become and the more the user uses an object, the more the object will be used. When machines are in control, the beauty they produce is cold and shallow. It is the human hand that creates subtlety and warmth. Weakness cannot withstand the rigors of daily use. The true meaning of the tea ceremony is being forgotten. The beauty of the way of tea should be the beauty of the ordinary, the beauty of honest poverty. Equating the expensive with the beautiful cannot be a point of pride. Under the snow's reflected light creeping into the houses, beneath the dim lamplight, various types of manual work are taken up. This is how time is forgotten; this is how work absorbs the hours and days. yet there is work to do, work to be done with the hands. Once this work begins, the clock no longer measures the passage of time. The history of kogin is the history of utility being transformed into beauty. Through their own efforts, these people made their daily lives more beautiful. This is the true calling, the mission, of handicrafts. We are drawn by that beauty and we have much to learn from it. As rich as it is, America is perhaps unrivalled for its vulgar lack of propriety and decorum, which may account for its having the world's highest crime rate. The art of empty space seen in the Nanga school of monochrome painting and the abstract, free-flowing art of calligraphy have already begun to exert considerable influence on the West. Asian art represents a latent treasure trove of immense and wide-reaching value for the future and that is precisely because it presents a sharp contrast to Western art. No other country has pursued the art of imperfection as eagerly as Japan. Just as Western art and architecture owe much to the sponsorship of the House of Medici during the Reformation, tea and Noh owe much to the protection of the shogun Ashikaga Yoshimasa ( 1436-1490 ). The most brilliant era of Japanese culture, the Higashiyama period ( 1443-1490 ). Literally, sabi commonly means "loneliness" but as a Buddhist term it originally referred to the cessation of attachment. The beauty of tea is the beauty of sabi. It might also be called the beauty of poverty or in our day it might be simply be called the beauty of simplicity. The tea masters familiar with this beauty were called sukisha-ki meaning "lacking". The sukisha were masters of enjoying what was lacking.

Daily, the media report human activity in which force is used to settle disputes. Since 1945 not a single day has gone by without war, and the end of the Cold War has not reduced its frequency. For example, in 1994 more than thirty major armed conflicts were fought in twenty-seven locations throughout the world in such places as Afghanistan, Algeria, Bosnia, Chechnya, Liberia, Rwanda, and Somalia. Given its wide spread occurrence, it is little wonder so many people equate world politics with violence. In On War, Prussian strategist Karl von Clausewitz advanced his famous dictum that war is merely an extension of diplomacy by other means - "a form of communication between countries," albeit an extreme form. This insight underscores the realist belief that war is an instrument for states to use to resolve their disputes. War, however, is the deadliest instrument of conflict resolution, its onset indicating that persuasion and negotiations have failed. In international relations, conflict regularly occurs when actors interact and disputes over incompatible interests rise. In and of itself, conflict is not necessarily threatening when the partners turn to arms to settle their perceived irreconcilable differences.

A machine does not care

A stack of children’s books stood ready by René’s bedside, and as Picard had begun the paternal duty of reading his boy to sleep, he had been impressed with his scion’s growing vocabulary and seemingly insatiable appetite for narratives. By the time he cracked open the sixth tome of the evening’s recitation, he began to question whether it would be unethical to let Crusher use a mild hypospray to hasten the boy’s descent into slumber.

With the precedents of Soviet unilateralism in Europe all too clearly in mind, there was no desire within the new Truman administration to see something similar repeated in Northeast Asia. Here, then, the Americans embraced Stalin’s own equation of blood with influence. They had done most of the fighting in the Pacific War. They alone, therefore, would occupy the nation that had started it.

All he had to do was simultaneously solve several multiple-variable equations, and hope he’d get it right.

This is a question that extends beyond theology, for it involves the same principle by which humanity organized itself on a 44- year cold war precipice, from 1945 to 1989. No one moved back from the sheer drop but stood, armed and balanced, at the very edge — each side daring and betting against the other’s nerve. What was called the balance of power involved massive nuclear armament; and the principle of armament was not deployment and use, but the threat of it. It was the careful preparation of a threat to do great evil, ostensibly (on both key sides) for the sake of a foundation good — whether for the good of democracy and ‘American values’ or the socialist values of the proletariat. But, just as economics has become a discipline in love with its key instrument of econometrics — the elegance of the equation is everything and its applicability somewhat less so — so the balance of power became a love affair not with power and its possible final triumph, but with the balance.

This race among the superrich—for zeroes in their bank accounts—means a race to transform items of inestimable value into cold, hard cash. The land, what’s on and under the land—all that vibrant life—human effort and creativity, our friendships, our health and the “statistical value” of our very lives, all are being converted into money. We have even equated speech—that unique human gift—with money.

The Cold Equations

The scenario you just experienced was borrowed from a very old science fiction story,” replied Dr. Brennan. “The Cold Equations by Tom Godwin. Relatively short, but considered a classic. Different

These later equations describe a means to develop cold fusion" (West 120). This quote describes a really powerful foreshadowing that is going to take place later on in the story based on what is found in the wreck of the Titanic. - Tom West, The Titanic Enigma

And so, satellite, hunger, stars, kerosene lamps, the Milky Way, the Cultural Revolution’s factional civil wars, a light-year, the flood … these seemingly unconnected things melded together and formed the early part of my life, and also molded the science fiction I write today. As a science fiction writer who began as a fan, I do not use my fiction as a disguised way to criticize the reality of the present. I feel that the greatest appeal of science fiction is the creation of numerous imaginary worlds outside of reality. I’ve always felt that the greatest and most beautiful stories in the history of humanity were not sung by wandering bards or written by playwrights and novelists, but told by science. The stories of science are far more magnificent, grand, involved, profound, thrilling, strange, terrifying, mysterious, and even emotional, compared to the stories told by literature. Only, these wonderful stories are locked in cold equations that most do not know how to read.

FGC-38919.

Liberty is a revolving door, which explains the reality of downward mobility. The door ushers some in while it escorts others out into the cold. It certainly allows for, even encourages, exploitation. Through a process of rationalization, people have long tended to blame failure on the personal flaws of individuals—this has been the convenient refrain of Republicans in Congress in the second decade of the twenty-first century, when former Speaker of the House John Boehner publicly equated joblessness with personal laziness.

The stories of science are far more magnificent, grand, involved, profound, thrilling, strange, terrifying, mysterious, and even emotional, compared to the stories told by literature. Only, these wonderful stories are locked in cold equations that most do not know how to read. The

Julie took the sheet the Russian genius handed to her, but she hardly looked at it. Thermal equations, with face flannels thrown in, weren't really her thing. But she did marvel at the sight of the fish swimming in her bath. It was one of the most beautiful things she'd seen in a long time.

I’m surrounded by modernity, yet the ways of business remain unchanged since the age of barter and battery.

Perfection lacks opportunity for growth. Learn the value of error, especially the errors of others. Do not equate good luck with virtue, and do not indulge in superiority. Above all, remember that the powerful make only one type of mistake—deadly ones. Be careful and be prepared.

In one of our conversations, she told me about Finland’s development of sisu, a rough cognate for grit. Etymologically, sisu denotes a person’s viscera, their “intestines (sisucunda).” It is defined as “having guts,” intentional, stoic, constant bravery in the face of adversity. 21 For Finns, sisu is a part of national culture, forged through their history of war with Russia and required by the harsh climate. 22 In this Nordic country, pride is equated with endurance. When Finnish mountain climber Veikka Gustafsson ascended a peak in Antarctica, it was named Mount Sisu. The fortitude to withstand war and foreign occupations is lyrically heralded in the Finnish epic poem, The Kalevala. 23 Even the saunas—two million, one for every three Finns in a country of approximately five and a half million—involve fortitude: A sauna roast is often followed by a nude plunge into the ice-cold Baltic Sea. If Iceland is happier than it has any right to be considering the hours the country spends plunged in darkness each year, Finland’s past circumstances, climate, and developed culture have turned it into one of the grittiest. Finland’s educational system is also currently ranked first, ahead of South Korea, now at number two. 24 The United States is midway down the list. 25 In Finland, there is no after-school tutoring or training, no “miracle pedagogy” in the classrooms, where students are on a first-name basis with their teachers, all of whom have master’s degrees. There is also more “creative play.” 26 Perhaps the tradition of sisu and play, I suspect, are part of the larger, unstated reason for its success. 27 “Wouldn’t it be great if you heard people talking about how they were going to do something to build their grit?” Duckworth asked.

Of the seven Archons that had combined to form the Milky Way mind, Orion had been the Archon whose verve and remorseless drive inspired and frightened and tempted the others into cooperation. Of the twenty-five Authorities forming the long-lost Orion Arm, the Benedictine was the most significant and influential of the ancient forefathers. The Benedictines were combination of three Dominions, issuing from the Collective at the Praesepe Cluster, the Abstraction at Orion Nebula, and the Empyrean at the Hyades Cluster. The Empyreans issued from a world called Eden, allegedly outside Hyades itself, and had displaced the original inhabitants of Hyades, a rude confederation of Virtues, Hosts, and races who names even devout paleohistorians could not with certainty invoke. Occupying the debris of the oldest archival strata were traces of the legendary founder of this Domination, an Empyrean called the Judge of Ages. He was the direct lineal ancestor of the memory chains of the last-known warlord of the Milky Way. Variations of him existed everywhere, of course; he was the base template for nearly every emissary form known in the Milky Way, and the founder of the Count-to-Infinity cliometric which had replaced the Cold Equations of the Interregnum. But such emissaries had been sent to Andromeda and rejected, even destroyed. No recent version of the countless copies would do, nor was there time to send to the core of the Milky Way, where the vast warlord Archon was last known to have been active. Once of the necromancers—call her Alcina—sought his ghost where others had overlooked, in one of the oldest archives, well preserved, amid the Austerity of the Cygnus Arm. Alcina reconstructed him, mind and body, comparing this core to many other records, carefully parsing away amendments and mythical excrescences of later editors. And Menelaus Montrose came to life once more, swearing.

I’ve always felt that the greatest and most beautiful stories in the history of humanity were not sung by wandering bards or written by playwrights and novelists, but told by science. The stories of science are far more magnificent, grand, involved, profound, thrilling, strange, terrifying, mysterious, and even emotional, compared to the stories told by literature. Only, these wonderful stories are locked in cold equations that most do not know how to read. The creation myths of the various peoples and religions of the world pale when compared to the glory of the big bang. The three-billion-year history of life’s evolution from self-reproducing molecules to civilization contains twists and romances that cannot be matched by any myth or epic. There is also the poetic vision of space and time in relativity, the weird subatomic world of quantum mechanics… these wondrous stories of science all possess an irresistible attraction.

Ludwig Boltzmann had used statistics to explain how heat disperses as atoms and molecules collide. Planck found that only by applying the same statistics to oscillating electrons in the cavity resonator’s walls could he derive an equation that accurately matched what was observed.

it is possible for carbon dioxide and water to “unburn”—plants do it all the time—but not “by itself.” Gibbs’s equation allows us to tot up all the entropy changes in different parts of the universe to reveal a marketplace—one in which one bit of the universe pays other bits of the universe for a highly desirable commodity—a local and temporary reduction in entropy. And it does so with a specific and well-defined currency—energy.

Climatologists who use global computer models to simulate the long-term behavior of the earth’s atmosphere and oceans have known for several years that their models allow at least one dramatically different equilibrium. During the entire geological past, this alternative climate has never existed, but it could be an equally valid solution to the system of equations governing the earth. It is what some climatologists call the White Earth climate: an earth whose continents are covered by snow and whose oceans are covered by ice. A glaciated earth would reflect seventy percent of the incoming solar radiation and so would stay extremely cold. The lowest layer of the atmosphere, the troposphere, would be much thinner. The storms that would blow across the frozen surface would be much smaller than the storms we know. In general, the climate would be less hospitable to life as we know it. Computer models have such a strong tendency to fall into the White Earth equilibrium that climatologists find themselves wondering why it has never come about. It may simply be a matter of chance.

Likewise, unless you live close to the equator, you will have different seasons. Surely, for many it is nicer when it is hot and sunny than when it is cold and wet. Still, you learn to cope with it. If the weather causes a bad mood in you, of course this is not the fault of the whether, but an indication that you need to deepen your roots within to become more stable and centered.

Getting scientists to consider the validity of Indigenous knowledge is like swimming upstream in cold, cold water. They've been so conditioned to be skeptical of even the hardest of hard data that bending their minds toward theories that are verified without the expected graphs or equations is tough. Couple that with the unblinking assumption that science has cornered the market on truth and there's not much room for discussion.

I sounded colder than I wished I did. I wished I could be warm like Mina was. Like our mother had been. Our father. In a family of warmth, I was the strange, cold one—the one who could decipher textbooks and equations but struggled to decipher the exact cadence of a voice that made a name a term of endearment, nor the pattern of a touch that made it a caress.

How can anyone ever equate the terms “government” and “fatherland?” We held our positions and gave it our best because we were bound by law. And when we couldn't even think of that anymore, because we were half-mad from the hardship, cold, and hunger, then we held out because of fear and instinct. Yes, we followed our instinct, which let us believe that a great danger from the East was threatening us and all of western society.

The general pattern of water circulation, particularly in the northern hemisphere’s Atlantic Ocean, is fairly well understood. As cold water sinks to the bottom of the sea around the Arctic Ocean, it travels slowly southward along the sea-bottom toward the Equator. Once it reaches the equatorial tropics it is warmed and accordingly rises to the surface, after which it slowly moves northward, in the form of the ocean surface currents mariners have long learned to map, making a complete circuit as the water returns toward the Pole.

The stories of science are far more magnificent, grand, involved, profound, thrilling, strange, terrifying, mysterious, and even emotional, compared to the stories told by literature. Only, these wonderful stories are locked in cold equations that most do not know how to read.

The Frontier is a strange place—and a frontier is not always easy to recognize. It may lie on the other side of a simple door marked "No Admittance"—but it is always deadly dangerous.

Some critics claim that scientists, in their desire to explain everything, reduce the wonders of the universe to little more than equations and chemical reactions. To which I say, stand on a beach one day and look at the waves and the patterns of sand dunes through the fingers of your hand. Consider that all these phenomena are connected by the same underlying principles of nature. Consider that all these beautiful patterns emerge from the dissipation of free energy and all start as tiny imperfections.

Noether proved mathematically that equations will only exhibit this symmetry if they are associated with a quantity whose value does not change. In other words, for time translation symmetry to exist in the laws of mechanics, something must be conserved. That something is what we call energy. Noether’s theorem goes far beyond energy conservation. It shows that whenever equations contain a symmetry, some quantity must be conserved. For example, the laws of mechanics do not regard one location in space as being more special than any other. Billiard balls follow these laws irrespective of where in the universe they are. This means the laws of mechanics have a spatial symmetry as well as a temporal one. For this to happen, a quantity called momentum is conserved. This is linked to the idea of inertia—the familiar feeling of being thrown forward when the vehicle you’re in brakes suddenly. Put another way, this happens to ensure the laws of mechanics are the same everywhere in the universe. Other conserved quantities linked to symmetries include angular momentum and electrical charge.

Operation Ajax set a pattern for U.S. miscalculation in dealing with developing countries that lasted throughout the Cold War: mistaking nationalist aspirations for Communist plots; equating commercial interests with national security; subverting democratically elected governments and aligning ourselves with autocrats when we determined it was to our benefit.

Because the formula he derived for measuring the average number of bits needed to encode a piece of information looked almost exactly like Ludwig Boltzmann and Josiah Willard Gibbs’s formula for calculating entropy in thermodynamics. Here’s Shannon’s equation for calculating the size of any given piece of information: H = –Σi pi logb pi And here’s one way of stating Boltzmann’s equation for calculating the entropy of any given system: S = –kB Σi pi ln pi These two equations don’t just look similar; they’re effectively the same. Shortly after deriving his equation, Shannon pointed the similarity out to John von Neumann, then widely considered the world’s best mathematician. Von Neumann shrugged, suggesting that Shannon call his measure of the number of bits needed to carry a piece of information information entropy on the grounds that no one really understood thermodynamic entropy either.

Carnot’s conclusion is that an unchanging amount of caloric flows from the hot furnace to the cold condenser, and this flow generates the motive power of the engine. He equates this to the flow of water. Just as no water is lost as its downward flow drives a mill, so, too, no heat is lost as its “coolward” flow drives a steam engine.

I’ve always felt that the greatest and most beautiful stories in the history of humanity were not sung by wandering bards or written by playwrights and novelists, but told by science. The stories of science are far more magnificent, grand, involved, profound, thrilling, strange, terrifying, mysterious, and even emotional, compared to the stories told by literature. Only, these wonderful stories are locked in cold equations that most do not know how to read. The creation myths of the various peoples and religions of the world pale when compared to the glory of the big bang. The three-billion-year history of life’s evolution from self-reproducing molecules to civilization contains twists and romances that cannot be matched by any myth or epic. There is also the poetic vision of space and time in relativity, the weird subatomic world of quantum mechanics … these wondrous stories of science all possess an irresistible attraction. Through the medium of science fiction, I seek only to create my own worlds using the power of imagination, and to make known the poetry of Nature in those worlds, to tell the romantic legends that have unfolded between Man and Universe. But I cannot escape and leave behind reality, just like I cannot leave behind my shadow. Reality brands each of us with its indelible mark. Every era puts invisible shackles on those who have lived through it, and I can only dance in my chains.

The real danger comes when the siblings just ignore each other. There may be less tension to deal with, but that’s also a recipe for a cold and distant relationship as adults. So if you want to develop close long-term relationships between your kids, think of it as a math equation, where the amount of enjoyment they share together should be greater than the conflict they experience. You’re never going to get the conflict side of the equation to zero. Siblings argue; they just do. But if you can increase the other side of the equation, giving them activities that produce positive emotions and memories, you’ll create strong bonds between them

Numbers and equations left him cold, and he often got details wrong or contradicted himself about them in the course of a paper. “To be tied down to exactitude and precise measurement,” Ernest Jones observed, “was not in his nature.” As Freud himself would “tell his close friend Wilhelm Fliess, “You know that I lack any mathematical talent whatsoever and have no memory for numbers and measurements.” Thus he felt compelled to exclude statistics from almost all of his technical as well as his anecdotal writings.

As Maxwell recognized, if atoms and molecules operated on the same principles as the Solar System, the world would be very different. Every atom would be different from every other, and every atom would change over time. Such a world wouldn't have chemistry as we know it, with definite substances and fixed rules. It is not immediately obvious what makes atomic systems behave so differently. In both cases we have a massive central body attracting several small ones. The forces in play, gravitational or electrical, are broadly similar-both decrease as the square of the distance. But there are three factors which make the physical outcome very different, giving us stereotyped atoms but individualized solar systems: 1. Whereas planets differ from one another (as do stars), all electrons have exactly the same properties (as do all nuclei of a given element, or more precisely a given isotope). 2. Atoms obey the rules of quantum mechanics. 3. Atoms are starved for energy. The first item in this explanation begs the question, of course. We're trying to explain why atoms can be the same as each other, and we start off by asserting that some other things, electrons, are all the same as each other! We'll come back to that later. But having the same parts doesn't guarantee the same outcome, by any means. Even if all planets were the same as one another, and all stars were the same as one another, there would still be many possible designs for solar systems, and they'd all be subject to change. We've seen how quantum mechanics brings discreteness, and fixed patterns, into the description of continuous objects that obey dynamical equations. It's the story you'll recall, that unfolds in figures 24 (page 172), 25 (page 174), and 26 (page 187), and plate CC. To close the loop, we need to understand why the electrons in atoms are usually found in just one among their infinite variety of patterns. That's where our third item comes in. The pattern with lowest energy-the so-called ground state-is the one we generally find, because atoms are starved for energy. Why are atoms starved for energy? Ultimately, it is because the Universe is big, cold, and expanding. Atoms can pass from one pattern to another by emitting light, and losing energy, or absorbing light, and gaining energy. If emission and absorption were balanced, many patterns would be in play. That's what would happen in a hot, closed system. Light emitted at one time would be absorbed later, and a balanced equilibrium would set in. But in a big, cold, expanding Universe, emitted light leaks into vast interstellar spaces, carrying away energy that is not returned. In this way we find that dynamical equations, which by themselves cannot impose structure, do so through jujitsu (gentle skill), focusing the power of other principles. They guide the constraining powers of quantum mechanics and cosmology. Cosmology explains their poverty of energy, and quantum mechanics shows how poverty of energy imposes structure.

cold equations

You're going to want to, but you just can't blame the accident on the Bartles & Jaymes. That wouldn't be fair. Yes, Mooney's blood alcohol was flirting with .15 and his reaction time was down, but 250 pounds of aggressively stupid animal that springs out of nowhere and stands frozen on the center stripe of a dark highway, right in the middle of an unlit curve, I mean, that asshole has to be factored into the equation too.

In a family of warmth, I was the strange, cold one- the one who could decipher textbooks and equations but struggled to decipher the exact cadence of a voice that made a name a term of endearment, not the pattern of a touch that made it a caress.

Is it enough to live in a universe whose laws spontaneously create life? Or do you prefer ... God?” She paused, looking embarrassed. “Sorry, after all we’ve been through tonight, I know that’s a strange question.” “Well,” Langdon said with a laugh, “I think my answer would benefit from a decent night’s sleep. But no, it’s not strange. People ask me all the time if I believe in God.” “And how do you reply?” “I reply with the truth,” he said. “I tell them that, for me, the question of God lies in understanding the difference between codes and patterns.” Ambra glanced over. “I’m not sure I follow you.” “Codes and patterns are very different from each other,” Langdon said. “And a lot of people confuse the two. In my field, it’s crucial to understand their fundamental difference.” “That being?” Langdon stopped walking and turned to her. “A pattern is any distinctly organized sequence. Patterns occur everywhere in nature—the spiraling seeds of a sunflower, the hexagonal cells of a honeycomb, the circular ripples on a pond when a fish jumps, et cetera.” “Okay. And codes?” “Codes are special,” Langdon said, his tone rising. “Codes, by definition, must carry information. They must do more than simply form a pattern—codes must transmit data and convey meaning. Examples of codes include written language, musical notation, mathematical equations, computer language, and even simple symbols like the crucifix. All of these examples can transmit meaning or information in a way that spiraling sunflowers cannot.” Ambra grasped the concept, but not how it related to God. “The other difference between codes and patterns,” Langdon continued, “is that codes do not occur naturally in the world. Musical notation does not sprout from trees, and symbols do not draw themselves in the sand. Codes are the deliberate inventions of intelligent consciousnesses.” Ambra nodded. “So codes always have an intention or awareness behind them.” “Exactly. Codes don’t appear organically; they must be created.” Ambra studied him a long moment. “What about DNA?” A professorial smile appeared on Langdon’s lips. “Bingo,” he said. “The genetic code. That’s the paradox.” Ambra felt a rush of excitement. The genetic code obviously carried data — specific instructions on how to build organisms. By Langdon’s logic, that could mean only one thing. “You think DNA was created by an intelligence!” Langdon held up a hand in mock self-defense. “Easy, tiger!” he said, laughing. “You’re treading on dangerous ground. Let me just say this. Ever since I was a child, I’ve had the gut sense that there’s a consciousness behind the universe. When I witness the precision of mathematics, the reliability of physics, and the symmetries of the cosmos, I don’t feel like I’m observing cold science; I feel as if I’m seeing a living footprint ... the shadow of some greater force that is just beyond our grasp.