{
"item_title" : "Stardust to Silicon",
"item_author" : [" Josh Russell "],
"item_description" : "What comes after biological intelligence? The atoms in our bodies were forged in stars. On one small world, those atoms became living cells, nervous systems, language, science-and now machines that can perform a growing range of cognitive tasks. Does artificial intelligence represent another major transition in the history of life? Could nonbiological minds outlast their creators, cross interstellar distances, and become the dominant form of intelligence in an old universe? Or does that story mistake a possibility for destiny? Stardust to Silicon follows the evidence from stellar nucleosynthesis and the origin of life to cumulative culture, modern AI, the Fermi paradox, technosignatures, alignment, and the future of civilization. This revised and expanded edition presents both the strongest case for a post-biological future and the strongest reasons to doubt its inevitability. Inside, you will discover: - How stars, planets, chemistry, life, and intelligence form a connected-but not predetermined-history- What the Fermi paradox and Great Filter do and do not tell us- How today's AI systems work, where they remain unreliable, and why capability is not consciousness- Why machine civilizations might endure-and the energy, embodiment, infrastructure, and value problems they would still face- How astronomers search for technosignatures without mistaking anomalies for evidence- Four plausible futures for biological and artificial intelligence- A practical framework for governing consequential AI while preserving human agency and civilization's ability to recover Rigorous without losing its sense of wonder, this is a book about cosmic possibility, technological power, and the responsibility to ensure that whatever comes next remains connected to truth, freedom, care, and life.",
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Overview
What comes after biological intelligence?
The atoms in our bodies were forged in stars. On one small world, those atoms became living cells, nervous systems, language, science-and now machines that can perform a growing range of cognitive tasks. Does artificial intelligence represent another major transition in the history of life? Could nonbiological minds outlast their creators, cross interstellar distances, and become the dominant form of intelligence in an old universe? Or does that story mistake a possibility for destiny? Stardust to Silicon follows the evidence from stellar nucleosynthesis and the origin of life to cumulative culture, modern AI, the Fermi paradox, technosignatures, alignment, and the future of civilization. This revised and expanded edition presents both the strongest case for a post-biological future and the strongest reasons to doubt its inevitability. Inside, you will discover: - How stars, planets, chemistry, life, and intelligence form a connected-but not predetermined-history- What the Fermi paradox and Great Filter do and do not tell us
- How today's AI systems work, where they remain unreliable, and why capability is not consciousness
- Why machine civilizations might endure-and the energy, embodiment, infrastructure, and value problems they would still face
- How astronomers search for technosignatures without mistaking anomalies for evidence
- Four plausible futures for biological and artificial intelligence
- A practical framework for governing consequential AI while preserving human agency and civilization's ability to recover Rigorous without losing its sense of wonder, this is a book about cosmic possibility, technological power, and the responsibility to ensure that whatever comes next remains connected to truth, freedom, care, and life.
This item is Non-Returnable
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Details
- ISBN-13: 9798191227184
- ISBN-10: 9798191227184
- Publisher: Independently Published
- Publish Date: August 2026
- Dimensions: 8 x 5 x 0.21 inches
- Shipping Weight: 0.21 pounds
- Page Count: 86
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