Gil Verdon, founder and CEO of Extropic, discusses his groundbreaking work in physics-based AI and Thermodynamic Computing. Drawing on his deep understanding of the physics, Gil explains how his innovative approach to artificial intelligence aims to augment human ability to perceive, predict, and control key aspects of our dynamic world. His work represents a major leap forward in AI computing, leveraging the natural randomness of electrons to achieve unparalleled efficiency and speed.

Gil outlines how Extropic’s technology seeks to overcome the limitations of traditional computing and extend Moore’s Law for the next two decades. By developing algorithms that use probabilistic models, Extropic is creating AI systems that require significantly less power and data while offering superior decision-making capabilities. This innovation has the potential to transform national security by enabling intelligence at the edge, faster pattern recognition, and high-quality decisions with quantified uncertainty.

The conversation also delves into the impact of Extropic’s technology on the OODA Loop itself. Gil envisions a future where nested cybernetic hierarchies allow AI to make faster, high-frequency decisions while remaining under human supervision. His focus on probabilistic algorithms ensures that these systems remain interpretable, mission-focused, and under human control—addressing key challenges in AI reliability and accountability.

Beyond technology, Gil discusses the cultural and policy implications of his work. He highlights the importance of maintaining America’s competitive edge through a vibrant startup ecosystem, open collaboration, and adaptability. These principles, rooted in his “effective accelerationism” movement, aim to counter centralized approaches by leveraging the speed and variance of distributed innovation.

Gil’s insights extend beyond AI to a broader vision of how thermodynamic computing principles can apply to complex systems like governments and societies. He advocates for fostering innovation and adaptability as key strategies for maintaining technological superiority over global adversaries, particularly China.