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BEYOND SILICON The Physical Limits of Intelligence and the Inevitable Shift to Embodied Machines

Year: 2026
Type: book
Abstract: "BEYOND SILICON" exposes the physical death sentence of the digital age: silicon transistors have reached their absolute limit at 1 nanometer, where quantum tunneling makes further miniaturization impossible. This is not engineering failure—it is physics. The book presents a revolutionary thesis: intelligence without a body is a costly hallucination. True intelligence requires physical embodiment. As silicon dies, humanity must shift from digital computation to embodied AI—machines that learn through physical interaction, harvest ambient energy, repair themselves, and operate autonomously. The scientific foundation rests on three pillars: quantum mechanics imposing hard limits on silicon, the Free Energy Principle proving that embodiment reduces computational entropy, and materials science enabling self-healing bio-hybrid systems. The book introduces the "Biological Independence Threshold"—when machines require less than 5% human intervention, they cease being tools and become autonomous entities. The geopolitical implications are staggering. The embodied arms race is not about chips—it is about rare earths (neodymium, terbium, lithium), soft robotics, and smart materials. China controls 60% of neodymium, Congo produces 70% of cobalt. The "Sovereign Robotics Doctrine" emerges: physical kill-switches and hardware-embedded IDs to control autonomous machines. The verdict is absolute: nations that master embodied AI will dominate the 21st century. Those trapped in the digital paradigm will face obsolescence. Intelligence is not computation—it is physical interaction with the world. The future belongs to those who can create machines that perceive, act, and adapt physically. This is not prediction. It is thermodynamic inevitability.
DOI: 10.5281/zenodo.24022402
Language: English
Open Access status: green
OpenAlex ID: W7225392355
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