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Everything That Has Ever Burned: A unified combustion history of the universe, from the first stellar ignition to the last thermodynamic fire possible before heat death
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- FormatePub
- ISBN8235043039
- EAN9798235043039
- Date de parution07/06/2026
- Protection num.pas de protection
- Infos supplémentairesepub
- ÉditeurIoakim Ioakim
Résumé
Fire is not a substance. It is a process. And it has been running, without pause, since the universe was less than a hundred million years old. The first fire ignited when gravity compressed a cloud of primordial hydrogen until temperatures at its core crossed ten million degrees and nuclear fusion began. Nothing like it had ever happened. Two hundred million years of cold darkness ended in light.
The universe, for the first time, burned. Everything That Has Ever Burned traces that fire across the full arc of cosmic time. Professor Amadou Skjervheim brings together stellar physics, nuclear chemistry, evolutionary biology, industrial history, and thermodynamics into one continuous story: how fire began in the universe, how it built the elements that make planets and people, how it became chemically possible on Earth after four billion years of biological preparation, how humanity mastered it and scaled it to civilization-altering intensity, and what happens when the last of it finally goes out.
The scope is total. From stellar cores burning at fifteen million degrees to the Trinity nuclear test at 5:29 on the morning of July 16, 1945. From the ancient hearth at Wonderwerk Cave in South Africa, where a hominin controlled fire more than a million years ago, to the last red dwarf stars that will burn quietly for ten trillion years in a universe grown vast and cold. From the radical chain reactions inside a candle flame to the Hawking radiation of the universe's last evaporating black holes.
This is not a book for specialists. There are no equations on the page. What there is instead is the full story, told with clarity and urgency: why the universe began in the extraordinarily ordered state that made all this burning possible, what every fire from the smallest match flame to the largest stellar explosion has in common, and what kind of silence the universe will end in when the last thermodynamic fire has spent itself.
The iron in your blood was forged in a supernova. The oxygen you breathe was released by bacteria two billion years ago. The coal that powered the Industrial Revolution is three hundred million years of compressed sunlight. You are, in the most literal sense, the ash of ancient fires, capable of understanding what made you. This is where it all began. This is where it all goes.
The universe, for the first time, burned. Everything That Has Ever Burned traces that fire across the full arc of cosmic time. Professor Amadou Skjervheim brings together stellar physics, nuclear chemistry, evolutionary biology, industrial history, and thermodynamics into one continuous story: how fire began in the universe, how it built the elements that make planets and people, how it became chemically possible on Earth after four billion years of biological preparation, how humanity mastered it and scaled it to civilization-altering intensity, and what happens when the last of it finally goes out.
The scope is total. From stellar cores burning at fifteen million degrees to the Trinity nuclear test at 5:29 on the morning of July 16, 1945. From the ancient hearth at Wonderwerk Cave in South Africa, where a hominin controlled fire more than a million years ago, to the last red dwarf stars that will burn quietly for ten trillion years in a universe grown vast and cold. From the radical chain reactions inside a candle flame to the Hawking radiation of the universe's last evaporating black holes.
This is not a book for specialists. There are no equations on the page. What there is instead is the full story, told with clarity and urgency: why the universe began in the extraordinarily ordered state that made all this burning possible, what every fire from the smallest match flame to the largest stellar explosion has in common, and what kind of silence the universe will end in when the last thermodynamic fire has spent itself.
The iron in your blood was forged in a supernova. The oxygen you breathe was released by bacteria two billion years ago. The coal that powered the Industrial Revolution is three hundred million years of compressed sunlight. You are, in the most literal sense, the ash of ancient fires, capable of understanding what made you. This is where it all began. This is where it all goes.