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From the High Desert book cover

From the High Desert

A Cultural History of Art Bell

Thumbnail for April 23, 1997: Nanotechnology - Charles Ostman

April 23, 1997: Nanotechnology - Charles Ostman

Apr 23, 1997
3h 18m
0:00 / 0:00
Charles Ostman, senior fellow of the Foresight Institute and nanotechnology researcher, takes Art Bell on a breathtaking journey through the convergence of artificial intelligence, virtual reality, and molecular engineering. Ostman describes a near future where sentient autonomous agents roam the Internet, experiential conveyance replaces passive media, and the boundary between human cognition and machine intelligence dissolves entirely.

The discussion builds methodically from the Internet as a self-modifying organism to virtual environments capable of breaking through the human belief barrier. Ostman details experiments where subjects became so immersed in virtual worlds they needed recovery time upon disconnection. He warns that the same technology enabling spectacular educational breakthroughs could become a tool of unprecedented manipulation and control, creating a techno-elite class separated from the rest of humanity.

When the conversation finally reaches nanotechnology itself, Ostman explains how molecular-scale assembly will allow engineers to design materials atom by atom, potentially solving superconductivity, curing all disease, reversing aging, and even contriving artificial gravity. Art presses him on the dangers, and Ostman frames the entire trajectory as an evolutionary test that civilizations across the universe either pass or fail.

Key Moments

  1. Hugo de Garis 10-billion-neuron synthetic brain: Ostman names Dr. Hugo de Garis, financed by NTT (the largest telco in Japan), and his project to build self-replicating synthetic brains - targeting a 10-billion-neuron synthetic brain by roughly 2025.

  2. Telco motivation: adaptive resonance switches: Ostman explains why a telecom giant funds synthetic brain research - instead of building more switches and routers, they want intelligent ones using 'adaptive resonance' to anticipate peak load patterns and reconstruct themselves on the fly.

  3. Aging itself is a metabolic failure to be reversed: Ostman argues that all disease - including aging - is the result of cellular metabolisms failing because ribosomes can't supply some missing chemical, and that nanotechnology delivering targeted intracellular chemistry could reverse or stop the aging process.

  4. Engineered viral nanodevices and their risk: Ostman describes engineered viral-like devices that could perform corrective intracellular chemistry - but warns that mutational velocity is the inverse of organism complexity, so a viral nanomachine that escapes could 'eradicate life as we know it.'