Simulation Theory: Exploring OpenWorm

In this intriguing video, Matthew Berman explores the concept of simulation theory through the lens of the OpenWorm project, which has successfully simulated a microscopic roundworm (C. elegans) down to its individual neurons. The video delves into the details of the OpenWorm project, an open-source initiative aimed at creating the world’s first virtual organism. By mapping the worm’s 302 neurons, researchers can predict its behavior in various environments, suggesting that with enough computational power, simulating more complex organisms, including humans, might be possible. Matthew discusses the implications of this achievement for simulation theory, which posits that humans and their environment might be part of a computer simulation. He references the rapid advancements in technology, particularly in artificial intelligence and virtual reality, as indicators that such a future is plausible. The video also addresses counterarguments to simulation theory, highlighting that while it remains a topic of intellectual debate, the technological trajectory suggests it could become a reality. Matthew showcases the OpenWorm browser, where viewers can interact with the simulated worm, and explains how the simulation works by modeling the dynamics of neurons. He concludes by pondering the future of quantum computing and its potential to simulate entire worlds, referencing the TV show ‘Devs’ as a fictional exploration of these ideas. The video invites viewers to consider the possibility that we might already be living in a simulation.