Nitrous Oxide Quotes

Many people, meeting Aziraphale for the first time, formed three impressions: that he was English, that he was intelligent, and that he was gayer than a treeful of monkeys on nitrous oxide.

There are no differences but differences of degree between different degrees of difference and no difference.

Many people, meeting Aziraphale for the first time, formed three impressions: that he was English, that he was intelligent, and that he was gayer than a tree full of monkeys on nitrous oxide.

gayer than a tree full of monkeys on nitrous oxide

All that we "know" is what registers on our brains, so what you perceive (your individual reality-tunnel) is made up of nothing but thoughts—as Sir Humphrey Davy noted when self-experimenting with nitrous oxide in 1819, and as Buddha noticed by sitting alone until all his social imprints atrophied and dropped away.

Laugh if you will... They laughed at all great ideas and inventions. They laughed at nitrous oxide.

The four highest-impact things an individual can do to tackle climate change are eat a plant-based diet, avoid air travel, live car-free, and have fewer children. Of those four actions, only plant-based eating immediately addresses methane and nitrous oxide, the most urgently important greenhouse gases.

As far as food is concerned, the great extravagance is not caviar or truffles, but beef, pork and poultry. Some 38 percent of the world's grain crop is now fed to animals, as well as large quantities of soybeans. There are three times as many domestic animals on this planet as there are human beings. The combined weight of the world's 1.28 billion cattle alone exceeds that of the human population. While we look darkly at the number of babies being born in poorer parts of the world, we ignore the over-population of farm animals, to which we ourselves contribute...[t]hat, however, is only part of the damage done by the animals we deliberately breed. The energy intensive factory farming methods of the industrialised nations are responsible for the consumption of huge amounts of fossil fuels. Chemical fertilizers, used to grow the feed crops for cattle in feedlots and pigs and chickens kept indoors in sheds, produce nitrous oxide, another greenhouse gas. Then there is the loss of forests. Everywhere, forest-dwellers, both human and non-human, can be pushed out. Since 1960, 25 percent of the forests of Central America have been cleared for cattle. Once cleared, the poor soils will support grazing for a few years; then the graziers must move on. Shrub takes over the abandoned pasture, but the forest does not return. When the forests are cleared so the cattle can graze, billions of tons of carbon dioxide are released into the atmosphere. Finally, the world's cattle are thought to produce about 20 percent of the methane released into the atmosphere, and methane traps twenty-five times as much heat from the sun as carbon dioxide. Factory farm manure also produces methane because, unlike manured dropped naturally in the fields, it dies not decompose in the presence of oxygen. All of this amounts to a compelling reason...for a plant based diet.

We can think of our atmosphere as a budget and our emissions as expenses: because methane and nitrous oxide are significantly larger greenhouse expenses than CO2 in the short term, they are the most urgent to cut. Because they are primarily created by our food choices, they are also easier to cut.

There are no specific memories of the first time I used ketamine, which was around age 17 or 18. The strongest recollection of ketamine use regarded an instance when I was concurrently smoking marijuana and inhaling nitrous oxide. I was in an easy chair and the popular high school band Sublime was playing on the CD player. I was with a friend. We were snorting lines of ketamine and then smoking marijuana from a pipe and blowing the marijuana smoke into a nitrous-filled balloon and inhaling and exhaling the nitrous-filled balloon until there was no more nitrous oxide in the balloon to achieve acute sensations of pleasure, [adjective describing state in which one is unable to comprehend anything], disorientation, etc. The first time I attempted this process my vision behaved as a compact disc sound when it skips - a single frame of vision replacing itself repeatedly for over 60 seconds, I think. Everything was vibrating. Obviously I couldn't move. My friend was later vomiting in the bathroom a lot and I remember being particularly fascinated by the sound of it; it was like he was screaming at the same time as vomiting, which I found funny, and he was making, to a certain degree, demon-like noises. My time 'with' ketamine lasted three months at the most, but despite my attempts I never achieved a 'k-hole.' At a party, once, I saw a girl sitting in bushes and asked her what she was doing and she said "I'm in a 'k-hole.'" While I have since stopped doing ketamine because of availability and lack of interest, I would do ketamine again because I would like to be in a 'k-hole.

Dentists and surgeons frequently used nitrous oxide as an anesthetic. Travis

Many people, meeting Aziraphale for the first time, formed three impressions: that he was English, that he was intelligent, and that he was gayer than a tree full of monkeys on nitrous oxide.

In the early 1800s there arose in England a fashion for inhaling nitrous oxide, or laughing gas, after it was discovered that its use ‘was attended by a highly pleasurable thrilling11’. For the next half-century it would be the drug of choice for young people. One learned body, the Askesian Society, was for a time devoted to little else. Theatres put on ‘laughing gas evenings’12 where volunteers could refresh themselves with a robust inhalation and then entertain the audience with their comical staggerings. It wasn’t until 1846 that anyone got around to finding a practical use for nitrous oxide, as an anaesthetic. Goodness knows how many tens of thousands of people suffered unnecessary agonies under the surgeon’s knife because no-one had thought of the gas’s most obvious practical application.

Dr Maturin had many of the virtues required in a medical man... yet he had some faults, and one was a habit of dosing himself, generally from a spirit of inquiry, as in his period of inhaling large quantities of the nitrous oxide and of the vapour of hemp, to say nothing of tobacco, bhang in all its charming varieties in India, betel in Java and the neighbouring islands, qat in the Red Sea, and hallucinating cacti in South America, but sometimes for relief from distress, as when he became addicted to opium in one form or another; and now he was busily poisoning himself with coca-leaves, whose virtue he had learnt in Peru.

The moment after, I began to respire 20 quarts of unmingled nitrous oxide. A thrilling, extending from the chest to the extremities, was almost immediately produced. I felt a sense of tangible extension highly pleasurable in every limb; my visible impressions were dazzling, and apparently magnified, I heard distinctly every sound in the room and was perfectly aware of my situation. By degrees, as the pleasurable sensations increased, I last all connection with external things; trains of vivid visible images rapidly passed through my mind, and were connected with words in such a manner, as to produce perceptions perfectly novel. I existed in a world of newly connected and newly modified ideas. I theorised—I imagined that I made discoveries. When I was awakened from this semi-delirious trance by Dr. Kinglake, who took the bag from my mouth, indignation and pride were the first feelings produced by the sight of the persons about me. My emotions were enthusiastic and sublime; and for a minute I walked round the room, perfectly regardless of what was said to me. As I recovered my former state of mind, I felt an inclination to communicate the discoveries I had made during the experiment. I endeavoured to recall the ideas, they were feeble and indistinct; one collection of terms, however, presented itself: and with the most intense belief and prophetic manner, I exclaimed to Dr Kinglake, 'Nothing exists but thoughts!—the universe is composed of impressions, ideas, pleasures and pains!

According to the UN, the livestock sector is responsible for 18 percent of greenhouse gas emissions, around 40 percent more than the entire transport sector — cars, trucks, planes, trains, and ships — combined. Animal agriculture is responsible for 37 percent of anthropogenic methane, which offers twenty-three times the global warming potential (GWP) of CO2, as well as 65 percent of anthropogenic nitrous oxide, which provides a staggering 296 times the GWP of CO2. The most current data even quantifies the role of diet: omnivores contribute seven times the volume of greenhouse gases that vegans do.

(he was a great believer in the healing powers of cheerfulness, if not of open mirth). Yet he had some faults, and one was a habit of dosing himself, generally from a spirit of enquiry, as in his period of inhaling large quantities of the nitrous oxide and of the vapour of hemp, to say nothing of tobacco, bhang in all its charming varieties in India, betel in Java and the neighbouring islands, qat in the Red Sea, and hallucinating cacti in South America, but sometimes for relief from distress, as when he became addicted to opium in one form or another; and now he was busily poisoning himself with coca-leaves, whose virtue he had learnt in Peru.

Davy began to bang out new elements one after another—potassium, sodium, magnesium, calcium, strontium, and aluminum or aluminium, depending on which branch of English you favor.* He discovered so many elements not so much because he was serially astute as because he developed an ingenious technique of applying electricity to a molten substance—electrolysis, as it is known. Altogether he discovered a dozen elements, a fifth of the known total of his day. Davy might have done far more, but unfortunately as a young man he developed an abiding attachment to the buoyant pleasures of nitrous oxide. He grew so attached to the gas that he drew on it (literally) three or four times a day. Eventually, in 1829, it is thought to have killed him.

•  The four highest-impact things an individual can do to tackle climate change are eat a plant-based diet, avoid air travel, live car-free, and have fewer children. •  Of those four actions, only plant-based eating immediately addresses methane and nitrous oxide, the most urgently important greenhouse gases. •  Most people are not in the process of deciding whether to have a baby. •  Eighty-five percent of Americans drive to work. Few drivers can simply decide to stop using their cars. •  For Americans, 29 percent of air travel in 2017 was for business purposes, and 21 percent was for “personal non-leisure purposes.” Businesses must rely more on remote communication, “personal non-leisure” flights must be reduced, and personal leisure flights can and must be cut, but the fact remains that a sizable portion of air travel is unavoidable. •  Everyone will eat a meal relatively soon and can immediately participate in the reversal of climate change.

The world’s most celebrated religions teach people that the world around us, our environment, is sacred. A diet rooted in anymal products is exponentially more harmful to the earth than is a plant-based diet. Seventy percent more land must be cultivated in order to raise anymals for food than would be necessary for a vegan diet. This means that 70 percent more land is taken away from natural ecosystems to produce flesh, nursing milk, and bird’s reproductive eggs for consumption, and this land that is necessary for a diet rich in anymal products will be sprayed with pesticides and earth-damaging fertilizers. These additional crops—70 percent more—also need to be irrigated, using exponentially more water. Anymals exploited by food industries also drink millions of gallons of water and drop millions of tons of manure. Finally, raising animals for flesh contributes significantly to carbon dioxide, nitrous oxides, chlorofluorocarbons, and methane—global climate change.

claque, aka canned laughter It’s becoming increasingly clear that there’s nothing new under the sun (a heavenly body, by the way, that some Indian ascetics stare at till they go blind). I knew that some things had a history—the Constitution, rhythm and blues, Canada—but it’s the odd little things that surprise me with their storied past. This first struck me when I was reading about anesthetics and I learned that, in the early 1840s, it became fashionable to hold parties where guests would inhale nitrous oxide out of bladders. In other words, Whip-it parties! We held the exact same kind of parties in high school. We’d buy fourteen cans of Reddi-Wip and suck on them till we had successfully obliterated a couple of million neurons and face-planted on my friend Andy’s couch. And we thought we were so cutting edge. And now, I learn about claque, which is essentially a highbrow French word for canned laughter. Canned laughter was invented long before Lucille Ball stuffed chocolates in her face or Ralph Kramden threatened his wife with extreme violence. It goes back to the 4th century B.C., when Greek playwrights hired bands of helpers to laugh at their comedies in order to influence the judges. The Romans also stacked the audience, but they were apparently more interested in applause than chuckles: Nero—emperor and wannabe musician—employed a group of five thousand knights and soldiers to accompany him on his concert tours. But the golden age of canned laughter came in 19th-century France. Almost every theater in France was forced to hire a band called a claque—from claquer, “to clap.” The influential claque leaders, called the chefs de claque, got a monthly payment from the actors. And the brilliant innovation they came up with was specialization. Each claque member had his or her own important job to perform: There were the rieurs, who laughed loudly during comedies. There were the bisseurs, who shouted for encores. There were the commissaires, who would elbow their neighbors and say, “This is the good part.” And my favorite of all, the pleureuses, women who were paid good francs to weep at the sad parts of tragedies. I love this idea. I’m not sure why the networks never thought of canned crying. You’d be watching an ER episode, and a softball player would come in with a bat splinter through his forehead, and you’d hear a little whimper in the background, turning into a wave of sobs. Julie already has trouble keeping her cheeks dry, seeing as she cried during the Joe Millionaire finale. If they added canned crying, she’d be a mess.

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Whereas CO2 is the dominant greenhouse gas overall, it accounts for only 11 percent of agricultural emissions.2 The rest is nitrous oxide (53 percent) and methane (36 percent). Nitrous oxide is 296 times more potent per pound than CO2 as a climate-change gas, and on farms it results mainly from the use of fertilizer but also from cattle pee, especially if there is excessive protein in their diet, and from the burning of biomass and fuel.3 Methane, which is 25 times more potent than CO2, is mainly emitted by cows and sheep when they belch. Some is also emitted from silage. The CO2 comes from machinery but also from the heating of greenhouses to grow crops out of season or in countries that just don’t have the right climate.

Nitrogen fertilizer is a significant contributor to the world’s carbon footprint. Its production is energy intensive because the chemical process involved requires both heat and pressure. Depending on the efficiency of the factory, making 1 ton of fertilizer creates between 1 and 4 tons CO2e. When the fertilizer is actually applied, between 1 and 5 percent of the nitrogen it contains is released as nitrous oxide, which is around 300 times more potent than CO2. This adds between 1.7 and 8.3 tons CO2e to the total footprint,11 depending on a variety of factors.12 Here’s how the science of it goes. All plants contain nitrogen, so if you’re growing a crop, it has to be replaced into the soil somehow or it will eventually run out. Nitrogen fertilizer is one way of doing this. Manure is another. Up to a point there can be big benefits. For some crops in some situations, the amount of produce can even be proportional to the amount of nitrogen that is used. However, there is a cut-off point after which applying more does nothing at all to the yield, or even decreases it. Timing matters, too. It is inefficient to apply fertilizer before a seed has had a chance to develop into a rapidly growing plant. Currently these messages are frequently not understood by small farmers in rural China, especially, where fertilizer is as cheap as chips and the farmers believe that the more they put on the bigger and better the crop will be. Many have a visceral understanding of the needs for high yields, having experienced hunger in their own lifetime, so it is easy to understand the instinct to spread a bit more fertilizer. After all, China has 22 percent of the world’s population to feed from 9 percent of the world’s arable land. There are other countries in which the same issues apply, although typically the developed world is more careful. Meanwhile in parts of Africa there is a scarcity of nitrogen in the soil and there would be real benefits in applying a bit more fertilizer to increase the yield and get people properly fed. One-third of all nitrogen fertilizer is applied to fields in China—about 26 million tons per year. The Chinese government believes there is scope for a 30 to 60 percent reduction without any decrease in yields. In other words, emissions savings on the order of 100 million tons are possible just by cutting out stuff that does nothing whatsoever to help the yield. There are other benefits, too. It’s much better for the environment generally, and it’s cheaper and easier for the farmers. It boils down to an education exercise... and perhaps dealing with the interests of a fertilizer industry.

The night dissolved into a sloppy haze of euphoria, excessive drinking, abuse of nitrous oxide, hearing damage, fainting spells, smoke inhalation, coughing fits, and vomiting. There were also reports of a few people spontaneously unlocking the secrets of the universe as a result of contact with fungus. All in all, a great party.

Lists (3) alcohol, fasting, thirsting, sweat lodges, self-mutilation, sleep deprivation, dance, bleeding, mushrooms, immersion in ice water, kava, flagellation with thorns or animal teeth, cactus flesh, tobacco, exposure to the elements, long-distance running, hypnosis, meditation, rhythmic drumming and chanting, jimsonweed, nightshade, Salvia divinorum, pungent or aromatic scents, toad sweat, tantric sex, spinning in circles, amphetamines, sedatives, opioids, hallucinogens, nitrous oxide, oxytocin, holding one’s breath, jumping off cliffs, nitrites, kratom, coca leaves, cocoa, caffeine, entheogens— ethylene, an entheogenic gas, escapes from the ground under Delphi

James Young Simpson studied medicine in Edinburgh, Scotland, graduating in 1832. By the mid-1840s, Simpson had climbed the ranks to become a professor of midwifery in Edinburgh, relieving the pain of childbirth with ether, like his American colleagues. But Simpson wasn’t satisfied. He wanted a more potent agent, one that was pleasant to inhale, worked quicker, and didn’t cause vomiting upon awakening. He settled on chloroform, a combination of hydrogen, carbon, and chlorine. On November 4, 1847, Simpson invited two of his assistants, James Duncan and George Keith, and some of his friends, including a Ms. Petrie, to a dinner party. When the dinner was over, he asked his guests to sniff a variety of volatile gases, including chloroform. Duncan and Keith immediately lost consciousness, falling under the table. Ms. Petrie also lost consciousness, but not before declaring, “I’m an angel! I’m an angel! Oh, I’m an angel!” The next day, without animal studies, clinical trials, or federal approval, Simpson administered chloroform to a woman during a particularly painful delivery. “I placed her under the influence of chloroform,” recalled Simpson, “by moistening half a teaspoon of the liquid onto a pocket handkerchief [and placing it] over her mouth and nostrils. The child was expelled in about twenty minutes. When she awoke, [the mother] observed to me that she had enjoyed a very comfortable sleep.” The parents were so elated that they named their daughter Anesthesia. On November 10, 1847, Simpson told a group of colleagues what he had done. Ten days later, he described his experience in a medical journal, claiming that chloroform was more potent and easier to administer than nitrous oxide, and quicker to induce unconsciousness and less flammable than ether. Now the entire medical world knew about it.

small-scale farmers. They abate methane with intermittent flooding, a planet-friendly alternative to the continuous variety. Besides eliminating up to two thirds of methane emissions, these practices can double a rice farmer’s yield and sharply boost profits. But they come with a catch: a drastic increase in nitrous oxide emissions, which pack a planetary-heating punch three hundred times more powerful than carbon dioxide.

The most common of the gases making up the earth’s atmosphere are nitrogen (78 percent) and oxygen (21 percent). Combined, then, these two account for 99 percent of the dry atmosphere, and because of the peculiarities of molecular structure, heat passes through them easily. The largest part of the remaining 1 percent is the inert gas argon. But while even less abundant, some of the other gases—most significantly water vapor, carbon dioxide, methane, nitrous oxide, and ozone—intercept, on average, about 83 percent of the heat emitted by the earth’s surface.8 So the earth does indeed emit energy equivalent to what it absorbs from the sun, but instead of directly flowing off into space, cooling our planet to a chilly average of 0ºF, much of that energy is intercepted by the atmosphere blanketing us.

When a paradigm shift occurs — when we go from seeing things one way to seeing them another way — the whole world is remade. All that we “know” is what registers on our brains, so what you perceive (your individual reality-tunnel) is made up of nothing but thoughts — as Sir Humphry Davy noted when self-experimenting with nitrous oxide in 1819, and as Buddha noticed by sitting alone until all his social imprints atrophied and dropped away.

The nitrous oxide that rises from industrial fertilization traps heat at three hundred times the rate of CO2 and stays in the atmosphere for a century and more. Fertilizers alone account for 2 gigatons of CO2-equivalent emissions. All told, more than 15 percent of the entire emissions emergency, around 9 gigatons a year, can be attributed directly to our food system—to industrial farming, livestock (especially beef cattle), rice production, and emissions from fertilizers and food waste.

In 1799, the British chemist Humphry Davy was experimenting with different gases, or ‘airs’, at the Pneumatic Institution for Inhalation Gas Therapy in Bristol, searching for treatments for tuberculosis and other respiratory ailments. In what seems to have been a time-honoured tradition, Davy experimented on himself, by inhaling his new discoveries to judge their effects. Having synthesized some nitrous oxide, he inhaled a few breaths and found it produced a sensation of euphoria. He later found that nitrous oxide had analgesic properties which temporarily relieved dental pain and headache. Davy recorded in his notebook that nitrous oxide might prove useful in surgery, but thereafter became more interested in its recreational effects, and gave it its common name, ‘laughing gas’. No-one seems to have paid any attention to the idea that nitrous oxide might permit painless surgery. Davy and his co-workers at the Pneumatic Institution invited distinguished visitors to inhale nitrous oxide to experience its pleasurable effects. These demonstrations were soon repeated by students of medicine and chemistry, and then eventually by carnival showmen in both Britain and America. It was to be almost half a century before nitrous oxide was to take its place as a general anaesthetic.

Like nearly all beneficial inventions, however, this admirable solution has its drawbacks. To begin with, more than half of the applied nitrogen does not end up in crops but escapes through different routes (volatilization, leaching, erosion, bacterial conversion to nitrous oxide) into the environment. The global average for the share of nitrogen applications eventually ending up in harvested crops is now below 50 percent, and in China’s intensive rice farming the share is only about a third.

Another side effect of fertilization that is receiving more attention is the generation of nitrous oxide by bacterial decomposition of nitrates. Not only is N2O a greenhouse gas but, on a hundred-year time scale, it has a nearly three hundred times higher global warming potential than carbon dioxide, the dominant greenhouse gas. But because of its relatively small emissions, N2O is responsible for only about 6 percent of recent anthropogenic greenhouse gas emissions.

There are other downsides to synthetic fertilizer. To make it, we have to produce ammonia, a process that requires heat, which we get by burning natural gas, which produces greenhouse gases. Then, to move it from the facility where it’s made to the warehouse where it’s stored (like the place I visited in Tanzania) and eventually the farm where it’s used, we load it on trucks that are powered by gasoline. Finally, after the fertilizer is applied to soil, much of the nitrogen that it contains never gets absorbed by the plant. In fact, worldwide, crops take up less than half the nitrogen applied to farm fields. The rest runs off into ground or surface waters, causing pollution, or escapes into the air in the form of nitrous oxide—which, you may recall, has 265 times the global-warming potential of carbon dioxide.

Now, under certain conditions, nitrogen will unite with oxygen to produce N2O, nitrous oxide—better known as laughing gas. But, fortunately for human beings, this unity does not take place in the normal atmosphere. The

Brand was gradually moving away from LSD, but he still had a penchant for psychedelics. For a while an E tank of nitrous oxide, ordered weekly, was a permanent fixture at the Truck Store office. It was a convenient quick high, or “flash,” as Brand liked to think of it. It was kind of a workingman’s drug.

Clearly, he had gone over some physiological edge with nitrous oxide, so he abruptly stopped using it. Before he stopped, however, nitrous oxide—or perhaps the combination of the explosive growth of the Catalog, nitrous oxide, LSD, and a crumbling marriage—would push him into a deepening depression. It would be a significant factor in his decision to place an end date on the Catalog: 1971—in the fall of 1969, only a year after its first publication, just as it began its exponential growth.

Tcherepnin had a crucial qualification—she was a good typist. After a brief conversation, Brand told her the job was hers and invited her over to the Portola Institute for a celebratory round of nitrous oxide. She became the Whole Earth Catalog’s first employee.

In the early 1800s there arose in England a fashion for inhaling nitrous oxide, or laughing gas, after it was discovered that its use "was attended by a highly pleasurable thrilling." For the next half century it would be the drug of choice for young people. Theaters put on "laughing gas evenings" where volunteers could refresh themselves with a robust inhalation and then entertain the audience with their comical staggerings. It wasn’t until 1846 that anyone got around to finding a practical use for nitrous oxide, as an anesthetic. Goodness knows how many tens of thousands of people suffered unnecessary agonies under the surgeon’s knife because no one thought of the gas’s most obvious practical application.

According to the World Resources Institute, nitrous oxide emissions can be reduced with cover crops like legumes, which cultivate microbes that capture nitrogen from the air in a form plants can use.

Due to its outsize impact in trapping heat in our atmosphere, nitrous oxide is an especially noxious greenhouse gas. Though present in relatively small quantities, it accounts for 5 percent of total global emissions.

Finally, after the fertilizer is applied to soil, much of the nitrogen that it contains never gets absorbed by the plant. In fact, worldwide, crops take up less than half the nitrogen applied to farm fields. The rest runs off into ground or surface waters, causing pollution, or escapes into the air in the form of nitrous oxide—which, you may recall, has 265 times the global-warming potential of carbon dioxide.

Darl sat very close after a second round. Taftly had not developed a plan for such good luck and it showed. Everything she told him was exactly right in the way that nitrous oxide is exactly right.

About 40 percent of the fertilizer applied in the last sixty years wasn’t assimilated by plants; instead, it washed away into rivers or seeped into the air in the form of nitrous oxide.

Diabetes is associated with impaired endothelial response to nitrous oxide, which leads to inadequate vasodilatation, as well as thickening of the capillary membrane that can impair leukocyte migration.5

Diethyl ether, nitrous oxide, and chloroform.” She names the three earliest known general anesthetics. “Chloroform is easily acquired if one is involved in an industry or works in a lab where it’s used as a solvent.