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Robinson's Podcast

207 - Sean Carroll: Quanta, Fields, and the Philosophy of Quantum Physics

May 12, 2024
Sean Carroll, a prominent physicist, discusses the philosophy of quantum physics, scientific realism, free will, and the end of physics. Topics include living in a simulation, the intersection of physics and philosophy, scientific and structural realism, challenges in theoretical particle physics, and the interplay of mathematics and physics. The podcast dives into quantum entanglement, the myth of the one electron, and discrete space theories in quantum gravity.
01:44:36

Episode guests

Podcast summary created with Snipd AI

Quick takeaways

  • Quantum field theory is rooted in the wave function, not particles or fields.
  • Weaknesses in the standard model include quantum gravity, dark matter, and fine-tuning.

Deep dives

The Fundamental Ontology of Quantum Field Theory

The fundamental ontology of quantum field theory is the wave function, a vector in Hilbert space. While fields and particles are useful emergent ways of describing the theory, the wave function is what fundamentally defines the theory. Quantum mechanics can be thought of as a quantum theory that is not classically derived but deeply rooted in the wave function.

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