The Microchip That Samples Reality Itself

Summary

Extropic engineering thermodynamic sampling unit microchip sampling reality itself includes probabilistic bits supply chain superconductors room temperature silicon government race superconducting supercomputer energy efficiency open source Charles Chase Lockheed Martin thermal fluctuations zero point energy thermalization physics scaling manufacturing primitives dev kit Boltzmann distribution normalized programmable bowls highdimensional landscape electrons denoising recovery likelihood Google EBMs diffusion models denoising thermodynamic models thousandx energy efficient jewels per sample superconducting Josephson junctions quantum computer cubit two Josephson junctions squid capacitor no resistance energy loss heat efficiency cryogenic lab macroscopic prototype breadboard 25 patents open source blueprint hardware thermodynamic sampling unit sampling cells ultraefficient random number generation parameters bias flipping coin register state program sampling procedure probability distribution circuits compute functions matrix vector input sensor units thermal fluctuations resource sentience creativity true randomness Monte Carlo fake random ether receiver consciousness