Tim Palmer

Tim Palmer, Royal Society Research Professor at Oxford known for chaos theory and climate physics, proposes a fractal, discrete rethink of quantum theory. He links chaos and Cantor-like geometry to challenge counterfactual assumptions. He explains how fractal state spaces and rationalized Hilbert coefficients could block Bell-style nonlocality and suggests a gravity-linked limit to quantum advantage.

Tim Palmer, Royal Society Research Professor in Climate Physics at the University of Oxford, discusses topics such as black holes and the holographic principle, quantum mechanics, meteorology and probabilistic forecasting, chaos theory and consciousness, and the problem of climate change in this episode.

Tim Maudlin, a philosophy professor at NYU and founder of the John Bell Institute, teams up with Tim Palmer, an Oxford physicist known for his work in climate physics and chaos theory. They dissect superdeterminism and its clash with Bell's theorem, probing the philosophical dilemmas around free will and quantum mechanics. Their insightful dialogue explores the interplay between deterministic systems and cosmic randomness, while challenging the foundations of locality and statistical independence in physics. A thought-provoking exploration awaits!