Carbon To Diamond Quotes

Pressure makes us, though. You start off as coal and the pressure makes you a diamond.’ She didn’t correct his knowledge of diamonds. She didn’t tell him that while coal and diamonds are both carbon, coal is too impure to be able, under whatever pressure, to become a diamond. According to science, you start off as coal and you end up as coal. Maybe that was the real-life lesson

while coal and diamonds are both carbon, coal is too impure to be able, under whatever pressure, to become a diamond. According to science, you start off as coal and you end up as coal. Maybe that was the real-life lesson.

Vaporized by the sun! Wasn't that what the universe had in store for all of us? There would come a day when the sun exploded like a red balloon, and everyone on earth would be reduced in less than a camera flash to carbon. Didn't Genesis say as much? For dust thou art, and unto dust shalt thou return. This was far more than dull old theology: It was precise scientific observation! Carbon was the Great Leveler--the Grim Reaper. Diamonds were nothing more than carbon, but carbon in a crystal lattice that made it the hardest known mineral in nature. That was the way we all were headed. I was sure of it. We were destined to be diamonds!

Your body is made of the same elements that lionesses are built from. Three quarters of you is the same kind of water that beats rocks to rubble, wears stones away. Your DNA translates into the same twenty amino acids that wolf genes code for. When you look in the mirror and feel weak, remember, the air you breathe in fuels forest fires capable of destroying everything they touch. On the days you feel ugly, remember: diamonds are only carbon. You are so much more.

Instincts under pressure crush the carbon of conformity and create diamonds. Each new season of life offers to train us for the next season if we pay attention and adapt.

He told her: he fell from the sky and lived. She took a deep breath and believed him, because of her father's faith in the myriad and contradictory possibilities of life, and because, too, of what the mountain had taught her. "Okay," she said, exhaling. "I'll buy it. Just don't tell my mother, all right?" The universe was a place of wonders, and only habituation, the anaesthesia of the everyday, dulled our sight. She had read, a couple of days back, that as part of their natural processes of combustion, the stars in the skies crushed carbon into diamonds. The idea of the stars raining diamonds into the void: that sounded like a miracle, too. If that could happen, so could this. Babies fell out of zillionth-floor windows and bounced. There was a scene about that in François Truffaut's movie L'Argent du Poche...She focused her thoughts. "Sometimes," she decided to say, "wonderful things happen to me, too.

half of its carbon 14 content decays into nitrogen 14 every 5,700 years, until

Diamonds were nothing more than carbon, but carbon in a crystal lattice that made it the hardest known mineral in nature. That was the way we all were headed. I was sure of it. We were destined to be diamonds! How exciting it was to think that, long after the world had ended, whatever was left of our bodies would be transformed into a dazzling blizzard of diamond dust, blowing out towards eternity in the red glow of a dying sun.

When you have an idea, it is like carbon. It has potential. To make it into a diamond, you need to put in hard work. When you have a diamond, it may not be perfect. You need to polish it, improve it. Only then is it valuable.

Let’s agree that diamonds are bullshit and reject their role in the marriage process. Let’s admit that as a society we got tricked for about century into coveting sparkling pieces of carbon, but it’s time to end the nonsense.

A second problem in radiocarbon dating is that the carbon 14 / carbon 12 ratio of the atmosphere is in fact not rigidly constant but fluctuates slightly with time, so calculations of radiocarbon dates based on the assumption of a constant ratio are subject to small systematic errors.

Jake was perfectly aware that in the fierce furnace of Elmer Chambers' mind, the gross carbon of wish and opinion was often blasted into the hard diamonds which he called facts... or, in more informal circumstances, "factoids." His favorite phrase, spoken often and with reverence, was, "The fact is," and he used it every chance he got.

Do you know how diamonds are made?" She gazed steadily at him, the light turning her green eyes transparent. He didn't wait for her to answer. "They're made of a single element - carbon. But, over millions of years, the carbon had to undergo incredible pressure-something like a minimum of four hundred pounds per square inch-and cook to at least seven hundred degrees. The amazing thing is that if there's not enough pressure or heat, instead of a diamond, plain old graphite is made. Imagine that-instead of the world's most indestructible and beautiful thing, you get just graphite. Something to make pencils with. Sure, pencils are nice and useful. But they aren't diamonds.

So I assume that those of you who are married and thus purchased a diamond for your wife are aware of how evil and corrupt the diamond cartel is. I was not. Apparently, diamonds are almost worthless other than the value attached to them by the silly tramps that DeBeers has brainwashed into thinking 'diamond equals love.' Congratulations, ladies, your quest for the perfect princess cut not only supports terrorism and genocide, but has managed to destroy an entire continent. - speaking of blood diamonds, what the hell is going on here? Everyone is upset about African children losing their limbs? Perhaps I missed their concern about these same children during the Rwandan genocide. Here's a solution: Stop buying diamonds. No no, the avarice of the entitled whore cannot be contained. And if blood diamonds are so fucking bad, why can't I by them at a discount? Or at least get them with a death certificate or an appendage or some sort of cogent backstory that might indicate an actual meaning to this useless little cube of carbon. Clearly the diamond market is broken on multiple levels.

In the past, Flaubert implied, idiots had had no clue as to what the carbon structure of diamonds was. Their shallowness had been entirely and reliably evident. But now the press had made it very possible for a person to be at once unimaginative, uncreative, mean-minded and extremely well informed. The modern idiot could routinely know what only geniuses had known in the past, and yet he still was an idiot- a depressing combination of traits that previous ages had never had to worry about. The news had, for Flaubert, armed stupidity and given authority to fools.

What do I and a diamond have in common? We are tough, brilliant, and carbon based entities which evolved into something better under immense pressure, tribulation, and trials.

Instincts under pressure crush the carbon of conformity and create diamonds.

Persistence refines the miserable piece of carbon in you into the purest form of diamond.

Like the intense pressure which transforms what appears to be a worthless piece of carbon into diamonds, God takes bad and somehow does good with it.

Radiocarbon is plagued by numerous technical problems, of which two deserve mention here. One is that radiocarbon dating until the 1980s required relatively large amounts of carbon (a few grams), much more than the amount in small seeds or bones. Hence scientists instead often had to resort to dating material recovered nearby at the same site and believed to be “associated with” the food remains—that is, to have been deposited simultaneously by the people who left the food. A typical choice of “associated” material is charcoal from fires.

Pressure makes us, though. You start off as coal and the pressure makes you a diamond.’ She didn’t correct his knowledge of diamonds. She didn’t tell him that while coal and diamonds are both carbon, coal is too impure to be able, under whatever pressure, to become a diamond. According to science, you start off as coal and you end up as coal. Maybe that was the real lesson.

To day we made the grand experiment of burning the diamond and certainly the phenomena presented were extremely beautiful and interesting... The Duke's burning glass was the instrument used to apply heat to the diamond. It consists of two double convex lenses ... The instrument was placed in an upper room of the museum and having arranged it at the window the diamond was placed in the focus and anxiously watched. The heat was thus continued for 3/4 of an hour (it being necessary to cool the globe at times) and during that time it was thought that the diamond was slowly diminishing and becoming opaque ... On a sudden Sir H Davy observed the diamond to burn visibly, and when removed from the focus it was found to be in a state of active and rapid combustion. The diamond glowed brilliantly with a scarlet light, inclining to purple and, when placed in the dark, continued to burn for about four minutes. After cooling the glass heat was again applied to the diamond and it burned again though not for nearly so long as before. This was repeated twice more and soon after the diamond became all consumed. This phenomenon of actual and vivid combustion, which has never been observed before, was attributed by Sir H Davy to be the free access of air; it became more dull as carbonic acid gas formed and did not last so long.

Take pride in your courage for it leads to difficult situations which, once overcome, leave you more than what you were before. Only in the most extreme of pressures does carbon become diamond

It is important to note,” he said, “that although diamond is culturally revered as the superior form of carbon, it is in fact incapable of deep expression, and unlike graphite no good art can come from diamond.

...syn bio tech had come on stream, springing full-grown from the bench like the Incredible Hulk bursting his lab coat, a great green monster that sucked carbon dioxide from the air and sprouted wood, pissed oil, and shat diamonds.

Graphene consists of a single molecular layer of carbon atoms tightly bonded to form an ultra-thin, ultra-durable sheet. It is almost transparent and weighs practically nothing, yet is the toughest material known to science—two hundred times stronger than steel and stronger even than diamonds. In principle, you could balance an elephant on a pencil and then place the pencil point on a sheet of graphene without breaking or tearing it. As a bonus, graphene also conducts electricity.

No doubt, the flakes of snow falling over him carried ashen nuclei. John tried to concentrate on those tiny flecks of carbon at the center of each snowflake. He tried to think of their elemental futures. Perhaps a hundred thousand years from now they would become tiny diamonds.

She didn’t correct his knowledge of diamonds. She didn’t tell him that while coal and diamonds are both carbon, coal is too impure to be able, under whatever pressure, to become a diamond. According to science, you start off as coal and you end up as coal. Maybe that was the real-life lesson.

One of the wilder proselytizers, a Scandinavian geologist Henrick Steffens, was said to have stated that ‘The diamond is a piece of carbon that has come to its sense.’ To which a Scottish geologist, probably John Playfair gave the legendary reply, ‘Then a quartz, therefore, must be a diamond run mad.

A diamond, the locksmith reminds himself, is only a piece of carbon compressed in the bowels of the earth for eons and driven to the surface in a volcanic pipe. Someone facets it, someone polishes it. It can harbor a curse no more than a leaf can, or a mirror, or a life. There is only chance in this world, chance and physics.

Pressure makes us, though. You start off as coal and the pressure makes you a diamond.’ She didn’t correct his knowledge of diamonds. She didn’t tell him that while coal and diamonds are both carbon, coal is too impure to be able, under whatever pressure, to become a diamond. According to science, you start off as coal and you end up as coal. Maybe that was the real-life lesson.

Dreadful as all these processes may seem, they are only the resolution of certain carbon-based compounds into certain other carbon-based compounds. Carbon is the element of life and death. We share it with diamonds and dandelions, with kerosene an kelp. While we may wrinkle our noses at some of its manifestations, we ought also to remember that this element comes to us from the stars, which wheel over us forever in silent, glittering array, pure fires obeying celestial laws.

Only a simple black pencil will do for making a notation of a benchmark. Ink will run, be dissolved by the tree sap, be washed away by rain, dew, fog, and snow. Nothing as artificial as ink will do for recording eternity and immortality. Graphite is carbon that has been subjected to enormous pressure for millions of years and that might have become coal or diamonds. Instead, however, it has been transformed into something more precious than a diamond; it has become a pencil that can record all that it has seen… A pencil is a greater miracle than a diamond, although the chemical make-up of graphite and diamond is identical.

The secret—to being you, to being Happy?” “Just keep on smiling. Even when you’re sad. Keep on smiling.” Not the most profound advice, admittedly. But Happy is wise, for only a fool or a philosopher would make sweeping generalizations about the nature of happiness. I am no philosopher, so here goes: Money matters, but less than we think and not in the way that we think. Family is important. So are friends. Envy is toxic. So is excessive thinking. Beaches are optional. Trust is not. Neither is gratitude. To venture any further, though, is to enter treacherous waters. A slippery seal, happiness is. On the road, I encountered bushels of inconsistencies. The Swiss are uptight and happy. The Thais are laid-back and happy. Icelanders find joy in their binge drinking, Moldovans only misery. Maybe an Indian mind can digest these contradictions, but mine can’t. Exasperated, I call one of the leading happiness researchers, John Helliwell. Perhaps he has some answers. “It’s simple,” he says. “There’s more than one path to happiness.” Of course. How could I have missed it? Tolstoy turned on his head. All miserable countries are alike; happy ones are happy in their own ways. It’s worth considering carbon. We wouldn’t be here without it. Carbon is the basis of all life, happy and otherwise. Carbon is also a chameleon atom. Assemble it one way—in tight, interlocking rows—and you have a diamond. Assemble it another way—a disorganized jumble—and you have a handful of soot. The arranging makes all the difference. Places are the same. It’s not the elements that matter so much as how they’re arranged and in which proportions. Arrange them one way, and you have Switzerland. Arrange them another way, and you have Moldova. Getting the balance right is important. Qatar has too much money and not enough culture. It has no way of absorbing all that cash. And then there is Iceland: a country that has no right to be happy yet is. Iceland gets the balance right. A small country but a cosmopolitan one. Dark and light. Efficient and laid-back. American gumption married to European social responsibility. A perfect, happy arrangement. The glue that holds the entire enterprise together is culture. It makes all the difference. I have some nagging doubts about my journey. I didn’t make it everywhere. Yet my doubts extend beyond matters of itinerary. I wonder if happiness is really the highest good, as Aristotle believed. Maybe Guru-ji, Sri Sri Ravi Shankar, is right. Maybe love is more important than happiness. Certainly, there are times when happiness seems beside the point. Ask a single, working mother if she is happy, and she’s likely to reply, “You’re not asking the right question.” Yes, we want to be happy but for the right reasons, and,

My Dearest Lauren Boyers-Sloan; I have a lot of time to think about your theory on rings. You deserve this and much more. Perhaps the significance of the diamond is that nothing can destroy this precious stone even when it is heated in an oven to a temperature of 1405 degrees Fahrenheit, It will then visually disappear without a trace of ash, after releasing only a small amount of carbon dioxide into a tiny puff of air floating into the atmosphere. Remarkable as it may seem that tiny puff of air will always remain somewhere drifting in the elements.... I now know that nothing can destroy the love I have for you even when I completely disappear from the face of this earth… I do love you still….and always will… Your love will remain in and with me forever… I will never love anyone like I do you… You can keep the gold bands right along with these forever… If you can’t take me back these are yours forever to do whatever you wish with them.… I won’t take them back and they can’t be returned. In the past few years, I certainly haven’t given you the best of me… If I lose you, it will only be because I have been so ill equipped with how to be the best man I could be to you…

just as it takes a long time for carbon to become a diamond, change for our students is not an event, it is a process.

I build what I wish to have in the mind of brilliance. It's a determination of conscious thought. If it's riches I envision, riches shall be my lot. If I envision love then like Adam, I make my request to the One above. Eve is created through his image and likeness, love is truly lifes purpose for what more can catch a womans attention but a diamond? Diamond is pure carbon, deposited drops of sunlight. A diamond is the last and highest of Gods mineral formation, as a woman is the last and highest of Gods creation.

A famous thorny issue in philosophy is the so-called infinite regress problem. For example, if we say that the properties of a diamond can be explained by the properties and arrangements of its carbon atoms, that the properties of a carbon atom can be explained by the properties and arrangements of its protons, neutrons and electrons, that the properties of a proton can be explained by the properties and arrangements of its quarks, and so on, then it seems that we're doomed to go on forever trying to explain the properties of the constituent parts. The Mathematical Universe Hypothesis offers a radical solution to this problem: at the bottom level, reality is a mathematical structure, so its parts have no intrinsic properties at all! In other words, the Mathematical Universe Hypothesis implies that we live in a relational reality, in the sense that the properties of the world around us stem not form properties of its ultimate building blocks, but from the relations between these building blocks. The external physical reality is therefore more than the sum of its parts, in the sense that it can have many interesting properties while its parts have no intrinsic properties at all.

Some might argue that a diamond is the earths hardest carbon based substance. However, I'd challenge that with the resolve, resilience, and tenacity of a committed carbon based Noncommissioned Officer.

A future world of computer circuits, getting smaller and smaller, yet faster and faster, is a plausible future "life- form" more technically competent than our own. The smaller a circuit can be made, the smaller are the regions over which voltages appear, and hence the smaller these voltages can be. Tiny layers of material just a few atoms thick allow the electronic properties of a material to be finely tuned and rendered far more effective. The first transistors were made of germanium but were far from reliable and failed at high temperatures. When high-quality silicon crystals could be grown they were used in a generation of faster and more reliable silicon transistors and integrated circuitry. Newer materials like gallium arsenide allow electrons to travel through them even faster than through silicon and has given rise to the line of cray supercomputers. The evolution of computer power is represented in figure 7.3. Undoubtedly other materials will eventually take over. The story may even come full circle back to carbon again. Pure carbon in the form of diamond is about the best conductor of heat, a property that is a premium in a densely packed array of circuits.

The evidence claimed for an impact event includes a charred carbon-rich layer of soil that has been found at some 50 Clovis dated sites across the continent. The layer contains unusual materials (Nano diamonds, metallic micro spherules, carbon spherules, magnetic spherules, iridium, charcoal, soot, and fullerenes enriched in helium-3) interpreted as evidence of an impact event, at the very bottom of the black mat of organic material that marks the beginning of the Younger Dryas. The idea that Earth-based volcanism, or other natural processes, or human activity being responsible has been ruled out.

Suraj solar and allied industries, Wework galaxy, 43, Residency Road, Bangalore-560025. Mobile number : +91 808 850 7979 Solar street lights have emerged as a sustainable and efficient lighting solution, harnessing the power of Solar Street Light Price in Bangalore, a city known for its technological advancements and focus on sustainable practices, the adoption of solar street lights has been on the rise. This article delves into the pricing dynamics ofSolar Street Light Price in Bangalore, exploring the factors influencing costs, comparing price ranges, and providing valuable insights for individuals or organizations looking to invest in this eco-friendly lighting option. 1. Introduction to Solar Street Lights Overview of Solar Street Lighting If you've ever walked down a dark street and thought, "Wow, this could really use some more light," then solar street lights are here to save the day. These nifty lights are like your regular street lights but with a green twist – they harness the power of the sun to illuminate your path. Importance of Solar Energy in Street Lighting Solar energy is like that reliable friend who always has your back – it's renewable, sustainable, and abundant. By using solar energy in street lighting, we reduce our dependence on fossil fuels, cut down on electricity bills, and contribute to a cleaner, greener future. Plus, who doesn't love soaking up some vitamin D during the day and then basking in solar-powered light at night? 2. Benefits of Solar Street Lights Energy Efficiency and Cost Savings Picture this: solar street lights gobbling up sunlight during the day, storing it in their metaphorical bellies, and then gleefully lighting up the streets at night without a care in the world. Not only are they energy-efficient, but they also help save on electricity costs in the long run. It's like having your cake and eating it too – or in this case, having your light and saving on bills. Environmental Impact and Sustainability If the planet could talk, it would give a standing ovation to solar street lights. By opting for solar-powered lighting, we reduce carbon emissions, lower our environmental footprint, and take a step towards a more sustainable future. It's basically like hitting the eco-friendly jackpot – brighter streets, happier planet. 3. Factors Affecting Solar Street Light Prices in Bangalore Quality and Brand Reputation Just like choosing between a gourmet burger and a fast-food one, the quality of solar street lights can vary. Brands with a good reputation often come with a higher price tag, but they also offer reliability and performance that's worth the extra dough. Technology and Features From fancy motion sensors to remote-control options, the technology and features packed into solar street lights can influence their prices. It's like picking a smartphone – the more bells and whistles, the higher the cost. But hey, who doesn't love a little extra tech magic in their lighting? 4. Price Range Analysis of Solar Street Light Price in Bangalore bustling city, solar street light prices can vary based on features, quality, and brand. It's like playing a price-matching game where you can find something that still sparkles like a diamond while staying within your budget. Popular Models and Their Prices Bangalore offers a wide range of popular solar street lights at a variety of price points, ranging from sleek, contemporary designs to robust, effective models. There is a solar street light with your name on it, whether you are a tech-savvy enthusiast or a buyer with a tight budget. 5. Tips for Choosing the Right Solar Street Light Considering Your Lighting Needs Prior to entering the solar street light market, consider your lighting requirements.

crooners, the onetime murderers—they built this town. Nothing in nature disappears. Helium becomes carbon becomes diamonds become rings. Bodies become bones become dust becomes earth. And in Vegas, murderers become patriarchs, card sharks become benefactors, the unredeemed become the redeemers. And cops are not convicted of excessive force. It’s true: it’s not a small town anymore. For decades, people have been streaming in from all over the world, from every country on the planet: stateless people, desperate people, eager people, ambitious people. They come for easy work, for the ability to pay someone off, for the chance to start over. They come because they are rich, they come because they are poor, and some day, maybe even some day soon, all these hundreds of thousands, millions, of newcomers may even wipe clean the slate drawn by Vegas’s earliest dreamers. But not yet. Not yet. Arjeta Ahmeti has no chance of vindication in that coroner’s inquest. Not in this town. Not

He figures she must contain a carbon core. A soul as hard as a diamond. So what happens when a diamond finally breaks?

What could be more heavier and more impenetrable than a rock, the densest of all forms? And yet some rocks undergo a change in their molecular structure, turn into crystals, and so become transparent to the light. Some carbons, under inconceivable heat and pressure, turn into diamonds, and some heavy minerals into other precious stones.

And you are death to us. We remain a mystery to you myriad warmlife races. To you bustling carbon-children of thermonuclear heat and searing light. We are of the Deep and knew, shortly after the stars formed, of the beauty stark and subtle, and old to you beyond measure. Our kind came before you, in dark geometries beneath the diamond glitter of distant starlight on time-stained ices. Metabolism brims in the thin fog breath of flowing helium, sliding in intricate, coded motion, far from the ravages of any sun.

you can now take the remains of your cremated loved one and have their remaining carbon pressed into a diamond! Companies like LifeGem or Algordanza are currently doing this. The whole process only takes months. Writing about Algordanza’s work, Rae Ellen Bichell comments: Swiss company Algordanza takes cremated human remains and — under high heat and pressure that mimic conditions deep within the Earth — compress them into diamonds. . . . Each year, the remains of between 800 and 900 people enter the facility. About three months later, they exit as diamonds, to be kept in a box or turned into jewelry.7 There are also companies (like DNA2Diamonds or Pet-Gems) that specialize in turning your beloved pet’s ashes or hair into diamonds. The point is, it doesn’t take millions or billions of years to form diamonds, but rather days and weeks.

the difference between hard transparent diamond and soft black graphite is not to do with their atoms: in both cases, they are made of exactly the same pure element, carbon. It is by changing how they are arranged, by altering them from a cubic structure into layers of hexagonal sheets, that the radical differences in their material properties are brought about. These structures are not arbitrary—you cannot create any structure—but are governed by the rules of quantum mechanics, which treat atoms not as singular particles but as an expression of many waves of probability. (This is why it makes sense to refer to the atoms themselves as structures, as well as their formation when they bond with one another.) Some of these quantum structures create electrons that can move, and this results in a material that can conduct electricity. Graphite has such a structure, and so conducts electricity. Exactly the same atoms in a diamond but in a different structure do not allow the electrons to move so easily within the crystal, and so diamonds do not conduct electricity. It is also why they are transparent. This

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She didn’t tell him that while coal and diamonds are both carbon, coal is too impure to be able, under whatever pressure, to become a diamond. According to science, you start off as coal and you end up as coal. Maybe that was the real-life lesson.

It is as if chemists called any compound that contained carbon—from diamond to methane to methamphetamine—carbon.

I feel like three million years of anguish crystalized. Five past lives of bad karma brought me here. But— I guess you have to be buried alive Like hot carbon atoms pulverized To become a paragon of virtuous love-wonder. Look at this shiny rock now. I’m a diamond, bitches

If you take a group of carbon atoms and connect them one way, you get graphite, which is soft and dark and perfect for making pencils. But if you take the same carbon atoms and connect them another way, you get diamond, which is hard and clear and great for making jewelry. There are two key ideas here. First, these properties of softness and darkness and hardness and clearness are not properties of the carbon atoms; they are properties of the collection of carbon atoms. Second, the properties depend on how the carbon atoms are connected. It’s the same with social groups. This phenomenon, of wholes having properties not present in the separate parts, is known as emergence, and the properties are known as emergent properties. Connect people in one way, and they are good to one another. Connect them in another way, and they are not.

Pressure makes us, though. You start off as coal and the pressure makes you a diamond.’ She didn’t correct his knowledge of diamonds. She didn’t tell him that while coal and diamonds are both carbon, coal is too impure to be able, under whatever pressure, to become a diamond.

Difficulties strengthen the mind, as labor does the body. It takes Intense Friction for a Nothing-Special Piece of Carbon to be the Diamond that Shines from Within.

It takes Intense Friction for a Nothing-Special Piece of Carbon to be the Diamond that Shines from Within. Endure Hardships, it is there to add some brightness in your life.

Inside the museum [of Egyptian antiquities] itself, on the main floor and in a corner alcove is a box that was never completed [...]. Someone was attempting to cut off a large slab from the bottom in order to likely make the lid. The saws that were being used went off course, causing half of the slab to snap off, and the project was then apparently abandoned [...]. Two circular saws were at work, one from the top and another from the bottom. They were not perfectly aligned but were cutting through the granite stone very efficiently. The only saws we have in modern times that can do such work have diamond abrasives imbedded in either high carbon or cobalt steel blades, powered by very strong electric or petroleum powered engines. As the dynastic Egyptians for most of their history had at best bronze tools, and there is no evidence of them having circular saws, they could not have done this work.

Pressure makes us, though. You start off as coal and the pressure makes you a diamond.’ She didn’t correct his knowledge of diamonds. She didn’t tell him that while coal and diamonds are both carbon, coal is too impure to be able, under whatever pressure, to become a diamond. According to science, you start off as coal and you end up as coal.

No. My electronics run on two hundred tiny betavoltaic diamond batteries made from radioactive carbon-14. My physical form will wear out long before they ever run out of power, in about six thousand years.

It takes Intense Friction for a Nothing-Special Piece of Carbon to be the Diamond that Shines from Within.

She didn't correct his knowledge of diamonds. She didn't tell him that while coal and diamonds are both carbon, coal is too impure to be able, under whatever pressure, to become a diamond. According to science, you start off as coal and you end up as coal. Maybe that was the real-life lesson.

The complexity of something is usually defined as the smallest number of bits required to fully describe it (a bit is a zero or a one). For example, a diamond describable as 1024 carbon atoms arranged in a perfectly regular lattice pattern has very low complexity compared to a hard drive with a terabyte of random numbers, since the latter can’t be described with less than a terabyte (about 8 × 1012 bits) of information. Yet that hard drive is much less complex than your brain, where more than a hundred quadrillion (1017) bits of information are needed just to describe the state of its synapses alone.

She didn’t tell him that while coal and diamonds are both carbon, coal is too impure to be able, under whatever pressure, to become a diamond. According to science, you start off as coal and you end up as coal. Maybe that was the real lesson.

while coal and diamonds are both carbon, coal is too impure to be able, under whatever pressure, to become a diamond. According to science, you start off as coal and you end up as coal.