Entropy Meaning In Life Quotes

Those swirls in the cream mixing into the coffee? That’s us. Ephemeral patterns of complexity, riding a wave of increasing entropy from simple beginnings to a simple end. We should enjoy the ride.

Even now, an immigrant is an extreme person. No matter how bad circumstances are in your native country, regardless of the death threat, complacency and entropy means most people will stay put amid famine and genocide. Anyone who crosses deserts and mountains and oceans and borders because life means more to him than stillness is brave. Never disrespect an immigrant. The brilliance of America is the constant regeneration of this daring population. And it is how this country started. And keeps renewing.

What then is that precious something contained in our food which keeps us from death? That is easily answered. Every process, event, happening – call it what you will; in a word, everything that is going on in Nature means an increase of the entropy of the part of the world where it is going on. Thus a living organism continually increases its entropy – or, as you may say, produces positive entropy – and thus tends to approach the dangerous state of maximum entropy, which is death. It can only keep aloof from it, i.e. alive, by continually drawing from its environment negative entropy – which is something very positive as we shall immediately see. What an organism feeds upon is negative entropy. Or, to put it less paradoxically, the essential thing in metabolism is that the organism succeeds in freeing itself from all the entropy it cannot help producing while alive.

The universe is not a miracle. It simply is, unguided and unsustained, manifesting the patterns of nature with scrupulous regularity. Over billions of years it has evolved naturally, from a state of low entropy toward increasing complexity, and it will eventually wind down to a featureless equilibrium. We are the miracle, we human beings. Not a break-the-laws-of-physics kind of miracle; a miracle in that it is wondrous and amazing how such complex, aware, creative, caring creatures could have arisen in perfect accordance with those laws. Our lives are finite, unpredictable, and immeasurably precious. Our emergence has brought meaning and mattering into the world.

He smiled and stood up. “Because that’s what life is. A constant climb. Eternal growth. The continual battle against entropy. It doesn’t matter what the destination is, or what’s at the top; all that matters is that you keep climbing. That’s what it means to be alive, Harold. That’s what it means to be human.

The way to grow while enjoying life is to create a higher form of order out of the entropy that is an inevitable condition of living. This means taking each new challenge not as something to be repressed or avoided, but as an opportunity for learning and for improving skills.

Because to exist meant making copies and copies of your own DNA with less and less accuracy with time, to lose the spring in your skin, to inhale a poisonous gas that both allowed your next breath and exploded you from the inside at an insidiously slow pace. To exist was to give way to entropy. To live, in no uncertain terms, was to die.

Each act of imagination, each moment of creative life stands up to the entire material universe and affirms the reality of meaning against the corroding solvents of entropy, dark matter, or whatever else may be dragging the physical world into oblivion.

The Liars believe in no afterlife, no God. We see the universe as it is, Father Damien, and these naked truths are cruel ones. We who believe in life, and treasure it, will die. Afterward there will be nothing, eternal emptiness, blackness, nonexistence. In our living there has been no purpose, no poetry, no meaning. Nor do our deaths possess these qualities. When we are gone, the universe will not long remember us, and shortly it will be as if we had never lived at all. Our worlds and our universe will not long outlive us. Ultimately entropy will consume all, and our puny efforts cannot stay that awful end. It will be gone. It has never been. It has never mattered. The universe itself is doomed, transient, uncaring. [...] The truths, the great truths - and most of the lesser ones as well - they are unbearable for most men. We find our shield in faith. Your faith, my faith, any faith. It doesn't matter, as long as we believe, really and truly believe, in whatever lie we cling to. [...] We know truth for the cruel instrument it is. Beauty is infinitely preferable to truth. We invent beauty. Faiths, political movements, high ideals, belief in love and fellowship. All of them are lies. [...] Our lies are not perfect, of course. The truths are too big. But perhaps someday we will find one great lie that all humanity can use. Until then, a thousand small lies will do. (from Way of Cross and Dragon)

You really don’t believe that anything can have a value of its own beyond what function it serves for human beings?” Resaint said. “Value to who?” Resaint asked Halyard to imagine a planet in some remote galaxy—a lush, seething, glittering planet covered with stratospheric waterfalls, great land-sponges bouncing through the valleys, corals budding in perfect niveous hexagons, humming lichens glued to pink crystals, prismatic jellyfish breaching from the rivers, titanic lilies relying on tornadoes to spread their pollen—a planet full of complex, interconnected life but devoid of consciousness. “Are you telling me that, if an asteroid smashed into this planet and reduced every inch of its surface to dust, nothing would be lost? Because nobody in particular would miss it?” “But the universe is bloody huge—stuff like that must happen every minute. You can’t go on strike over it. Honestly it sounds to me to like your real enemy isn’t climate change or habitat loss, it’s entropy. You don’t like the idea that everything eventually crumbles. Well, it does. If you’re this worried about species extinction, wait until you hear about the heat death of the universe.” “I would be upset about the heat death of the universe too if human beings were accelerating the rate of it by a hundred times or more.” “And if a species’ position with respect to us doesn’t matter— you know, those amoebae they found that live at the bottom of the Mariana Trench, if they’re just as important as Chiu Chiu or my parents’ dog, even though nobody ever gets anywhere near them—if distance in space doesn’t matter, why should distance in time? If we don’t care about whether their lives overlap with our lives, why even worry about whether they exist simultaneously with us? Your favorite wasp—Adelo-midgy-midgy—” “Adelognathus marginatum—” “It did exist. It always will have existed. Extinction can’t take that away. It went through its nasty little routine over and over again for millions and millions of years. The show was a big success. So why is it important that it’s still running at the same time you are? Isn’t that centering the whole thing on human beings, which is exactly what we’re not supposed to be doing? I mean, for that matter—reality is all just numbers anyway, right? I mean underneath? That’s what people say now. So why are you so down on the scans? Hacks aside. Why is it so crucial that these animals exist right now in an ostensibly meat-based format, just because we do? My point is you talk about extinction as if you’re taking this enlightened post-human View from Nowhere but if we really get down to it you’re definitely taking a View from Karin Resaint two arms two legs one head born Basel Switzerland year of our lord two-thousand-and-when-ever.” But Resaint wasn’t listening anymore.

Even before the exact answer was reached, Crick crystallized its fundamental principles in a statement that he called (and is called to this day) the Central Dogma. It is a hypothesis about the direction of evolution and the origin of life; it is provable in terms of Shannon entropy in the possible chemical alphabets: Once “information” has passed into protein it cannot get out again. In more detail, the transfer of information from nucleic acid to nucleic acid, or from nucleic acid to protein may be possible, but transfer from protein to protein, or from protein to nucleic acid is impossible. Information means here the precise determination of sequence.

Besides, nothing good comes from living, anyway. You’ll be happy or fortunate sometimes, but that’s just a momentary thing. Every happiness will fade with time, and you can’t experience it all that often, either. Or you grow accustomed to it. Like drugs. You feel good when you use them, but then you develop resistance. If you just up the dose and take more, and more, and more each time, you eventually wreck your body, or you overdose and bite it that way. It’s nothing but boredom, stupidity, suffering, pain, and loneliness. That’s all living is. What is this “life is wonderful” stuff? Anyone singing humanity’s praises can eat shit. If living doesn’t bring you to despair, you’re blind, or an idiot without the mental capacity for proper thought. The clever ones, they use all sort of tricks to distract themselves from the abject lack of hope. They forget it’s all meaningless, and focus on the pleasure in front of them. Working little by little toward some goal, fulfilling their curiosity, moving their bodies, trying to move up in the world, playing around, having sex. It’s because if they don’t do those things, they can’t bear it. There is no meaning in life. We were just born as a result of sexual reproduction. Whether we live or die, nothing changes. Nothing is gained, nothing lost. The total amount of mass in the universe is the same. When entropy increases, even the things we’ve worked so desperately to leave behind will be unable to maintain their forms. Nihilism isn’t a belief, a stance, or an attitude. It’s the plain truth.

The universe seeks equilibriums; it prefers to disperse energy, disrupt organisation, and maximise chaos. Life is designed to combat these forces. We slow down reactions, concentrate matter, and organise chemicals into compartments; we sort laundry on Wednesdays. "It sometimes seems as if curbing entropy is our quixotic purpose in the universe," James Gleick wrote. We live in the loopholes of natural laws, seeking extensions, exceptions, and excuses. The laws of nature still mark the outer boundaries of permissibility – but life, in all its idiosyncratic, mad weirdness, flourishes by reading between the lines. Even the elephant cannot violate the law of thermodynamics – although its trunk, surely, must rank as one of the most peculiar means of moving matter using energy.

Smokers exist in every kitchen. It kills a tastebud or two but we all die, and no one knows better than those who club the fish, clean the guts from the meat, and serve for your delectation a plate from which all blood has been wiped. We cook despite bad pay and sore backs and inadequate sleeps in apartments we can't afford and we wake up choosing again that most temporary of glories that is made, and then consumed: we know. We all die. Whether it comes after thirty years of hard labor or sixty at a desk, whether we calculate or plan, in the end we have only the choice of what touches the lips before we go: lobster if you like it or cold pizza if you don't, a sip of smoke, a drink, a job, a reckless passion, raw fish, the beguilement of mushrooms, cheese luscious beneath its crown of mold. What sustains in the end are doomed romances, and nicotine, and crappy peanut butter, damn the additives and cholesterol because life is finite and not all nourishment can be measured. When I learned to smoke behind a restaurant, my breath curling toward an inconsolable sky, I learned what it means to live by the tongue, dumb beast, obedient to neither time nor money, past nor future, loyal to a now worth living. I took my cigarette to the filter, and for the first time I appraised my employer back. He claimed to have evolved past fear. He lied. Behind the mask was a damp, scared boy. Fear of toxins, fear of carcinogens, tear of flood and smog and protest and entropy and all that could not be optimized, controlled, bought and held behind glass. Fear fueled a country so intent on perfection that they would give up the world.

It's never going to stop,’ Malenfant whispered. ‘It will consume the Solar System, the stars—’ This isn't some local phenomenon, Malenfant. This is a fundamental change in the structure of the universe. It will never stop. It will sweep on, growing at light speed, a runaway feedback fueled by the collapse of the vacuum itself. The Galaxy will be gone in a hundred thousand years, Andromeda, the nearest large galaxy, in a couple of million years. It will take time, but eventually— ‘The future has gone,’ Malenfant said. ‘My God. That’s what this means, isn’t it? The downstream can’t happen now. All of it is gone. The colonization of the Galaxy; the settlement of the universe; the long, patient fight against entropy...’ That immense future had been cut off to die, like a tree chopped through at the root. ‘Why, Michael? Why have the children done this? Burned the house down, destroyed the future—’ Because it was the wrong future. Michael looked around the sky. He pointed to the lumpy, spreading edge of the unreality bubble. There. Can you see that? It's already starting... ‘What is?’ The budding... The growth of the true vacuum region is not even. There will be pockets of the false vacuum—remnants of our universe—isolated by the spreading true vacuum. The fragments of false vacuum will collapse. Like— ‘Like black holes.’ And in that instant, Malenfant understood. ‘That’s what this is for. This is just a better way of making black holes, and budding off new universes. Better than stars, even.’ Much better. The black holes created as the vacuum decay proceeds will overwhelm by many orders of magnitude the mere billion billion that our universe might have created through its stars and galaxy cores. ‘And the long, slow evolution of the universes, the branching tree of cosmoses?...’ We have changed everything, Malenfant. Mind has assumed responsibility for the evolution of the cosmos. There will be many daughter universes—universes too many to count, universes exotic beyond our imagining—and many, many of them will harbor life and mind. ‘But we were the first.’ Now he understood. This was the purpose. Not the long survival of humankind into a dismal future of decay and shadows, the final retreat into the lossless substrate, where nothing ever changed or grew. The purpose of humankind—the first intelligence of all—had been to reshape the universe in order to bud others and create a storm of mind. We got it wrong, he thought. By striving for a meaningless eternity, humans denied true infinity. But we reached back, back in time, back to the far upstream, and spoke to our last children—the maligned Blues—and we put it right. This is what it meant to be alone in the universe, to be the first. We had all of infinite time and space in our hands. We had ultimate responsibility. And we discharged it. We were parents of the universe, not its children.

Generally speaking, the more creative a person you are, the more deeply you are affected by this kind of melancholic chemistry. The state of entropy is rather like a vacuum state. Your system is recharging, so the energy within you withdraws into a kind of stasis. The resulting feelings or lack of feeling and/or enthusiasm provide a delicate environment for something quite special to occur, if you are patient enough to allow it. This something is the creative process. In other words, your low energy means that something intangible is gestating inside you even though you cannot yet see it. Only when the state mutates to its expressive stage will you see what the process is about. These low times in your life are therefore very special times, and they generally require aloneness and withdrawal in order for the seeds sprouting inside you to germinate. The worst enemy at such times is interference from your own mind (or indeed someone else’s mind) wondering what is wrong with you.

As it happened, the child’s mother was a radiologist. The tumor looked malignant—the mother had already studied the scans, and now she sat in a plastic chair, under fluorescent light, devastated. “Now, Claire,” the surgeon began, softly. “Is it as bad as it looks?” the mother interrupted. “Do you think it’s cancer?” “I don’t know. What I do know—and I know you know these things, too—is that your life is about to—it already has changed. This is going to be a long haul, you understand? You have got to be there for each other, but you also have to get your rest when you need it. This kind of illness can either bring you together, or it can tear you apart. Now more than ever, you have to be there for each other. I don’t want either of you staying up all night at the bedside or never leaving the hospital. Okay?” He went on to describe the planned operation, the likely outcomes and possibilities, what decisions needed to be made now, what decisions they should start thinking about but didn’t need to decide on immediately, and what sorts of decisions they should not worry about at all yet. By the end of the conversation, the family was not at ease, but they seemed able to face the future. I had watched the parents’ faces—at first wan, dull, almost otherworldly—sharpen and focus. And as I sat there, I realized that the questions intersecting life, death, and meaning, questions that all people face at some point, usually arise in a medical context. In the actual situations where one encounters these questions, it becomes a necessarily philosophical and biological exercise. Humans are organisms, subject to physical laws, including, alas, the one that says entropy always increases. Diseases are molecules misbehaving; the basic requirement of life is metabolism, and death its cessation. While all doctors treat diseases, neurosurgeons work in the crucible of identity: every operation on the brain is, by necessity, a manipulation of the substance of our selves, and every conversation with a patient undergoing brain surgery cannot help but confront this fact. In addition, to the patient and family, the brain surgery is

This, in turn, has given us a “unified theory of aging” that brings the various strands of research into a single, coherent tapestry. Scientists now know what aging is. It is the accumulation of errors at the genetic and cellular level. These errors can build up in various ways. For example, metabolism creates free radicals and oxidation, which damage the delicate molecular machinery of our cells, causing them to age; errors can build up in the form of “junk” molecular debris accumulating inside and outside the cells. The buildup of these genetic errors is a by-product of the second law of thermodynamics: total entropy (that is, chaos) always increases. This is why rusting, rotting, decaying, etc., are universal features of life. The second law is inescapable. Everything, from the flowers in the field to our bodies and even the universe itself, is doomed to wither and die. But there is a small but important loophole in the second law that states total entropy always increases. This means that you can actually reduce entropy in one place and reverse aging, as long as you increase entropy somewhere else. So it’s possible to get younger, at the expense of wreaking havoc elsewhere. (This was alluded to in Oscar Wilde’s famous novel The Picture of Dorian Gray. Mr. Gray was mysteriously eternally young. But his secret was the painting of himself that aged horribly. So the total amount of aging still increased.) The principle of entropy can also be seen by looking behind a refrigerator. Inside the refrigerator, entropy decreases as the temperature drops. But to lower the entropy, you have to have a motor, which increases the heat generated behind the refrigerator, increasing the entropy outside the machine. That is why refrigerators are always hot in the back. As Nobel laureate Richard Feynman once said, “There is nothing in biology yet found that indicates the inevitability of death. This suggests to me that it is not at all inevitable and that it is only a matter of time before biologists discover what it is that is causing us the trouble and that this terrible universal disease or temporariness of the human’s body will be cured.

The assessment will be guided by insights from research in particle physics, astrophysics, and cosmology that allow us to predict how the universe will unfold over epochs that dwarf the timeline back to the bang. There are significant uncertainties, of course, and like most scientists I live for the possibility that nature will slap down our hubris and reveal surprises we can’t yet fathom. But focusing on what we’ve measured, on what we’ve observed, and on what we’ve calculated, what we’ll find, as laid out in chapters 9 and 10, is not heartening. Planets and stars and solar systems and galaxies and even black holes are transitory. The end of each is driven by its own distinctive combination of physical processes, spanning quantum mechanics through general relativity, ultimately yielding a mist of particles drifting through a cold and quiet cosmos. How will conscious thought fare in a universe experiencing such transformation? The language for asking and answering this question is provided once again by entropy. And by following the entropic trail we will encounter the all-too-real possibility that the very act of thinking, undertaken by any entity of any kind anywhere, may be thwarted by an unavoidable buildup of environmental waste: in the distant future, anything that thinks may burn up in the heat generated by its own thoughts. Thought itself may become physically impossible. While the case against endless thought will be based on a conservative set of assumptions, we will also consider alternatives, possible futures more conducive to life and thinking. But the most straightforward reading suggests that life, and intelligent life in particular, is ephemeral. The interval on the cosmic timeline in which conditions allow for the existence of self-reflective beings may well be extremely narrow. Take a cursory glance at the whole shebang, and you might miss life entirely. Nabokov’s description of a human life as a “brief crack of light between two eternities of darkness”6 may apply to the phenomenon of life itself. We mourn our transience and take comfort in a symbolic transcendence, the legacy of having participated in the journey at all. You and I won’t be here, but others will, and what you and I do, what you and I create, what you and I leave behind contributes to what will be and how future life will live. But in a universe that will ultimately be devoid of life and consciousness, even a symbolic legacy—a whisper intended for our distant descendants—will disappear into the void. Where, then, does that leave us?

With the importance of resetting the entropy each time a steam engine goes through a cycle, you might wonder what would happen if the entropy reset were to fail. That’s tantamount to the steam engine not expelling adequate waste heat, and so with each cycle the engine would get hotter until it would overheat and break down. If a steam engine were to suffer such a fate it might prove inconvenient but, assuming there were no injuries, would likely not drive anyone into an existential crisis. Yet the very same physics is central to whether life and mind can persist indefinitely far into the future. The reason is that what holds for the steam engine holds for you. It is likely that you don’t consider yourself to be a steam engine or perhaps even a physical contraption. I, too, only rarely use those terms to describe myself. But think about it: your life involves processes no less cyclical than those of the steam engine. Day after day, your body burns the food you eat and the air you breathe to provide energy for your internal workings and your external activities. Even the very act of thinking—molecular motion taking place in your brain—is powered by these energy-conversion processes. And so, much like the steam engine, you could not survive without resetting your entropy by purging excess waste heat to the environment. Indeed, that’s what you do. That’s what we all do. All the time. It’s why, for example, the military’s infrared goggles designed to “see” the heat we all continually expel do a good job of helping soldiers spot enemy combatants at night. We can now appreciate more fully Russell’s mind-set when imagining the far future. We are all waging a relentless battle to resist the persistent accumulation of waste, the unstoppable rise of entropy. For us to survive, the environment must absorb and carry away all the waste, all the entropy, we generate. Which raises the question, Does the environment—by which we now mean the observable universe—provide a bottomless pit for absorbing such waste? Can life dance the entropic two-step indefinitely? Or might there come a time when the universe is, in effect, stuffed and so is unable to absorb the waste heat generated by the very activities that define us, bringing an end to life and mind? In the lachrymose phrasing of Russell, is it true that “all the labors of the ages, all the devotion, all the inspiration, all the noonday brightness of human genius, are destined to extinction in the vast death of the solar system, and that the whole temple of Man’s achievement must inevitably be buried beneath the debris of a universe in ruins”?