There’s No Wave Function? | Jacob Barandes [Part 1]

Подробнее о видео

In today’s episode, Jacob Barandes, a physicist specializing in quantum mechanics, explores groundbreaking ideas on measurement, the role of probabilistic laws, and the foundational principles of quantum theory. With a focus on interdisciplinary approaches, Jacob offers unique insights into the nature of particles, fields, and the evolution of quantum mechanics.

New Substack! Follow my personal writings and EARLY ACCESS episodes here:

SPONSOR (THE ECONOMIST): As a listener of TOE you can get a special 20% off discount to The Economist and all it has to offer! Visit

LINKS MENTIONED:
- Jacob Barandes' website: (find his papers and seminar talks there, on the double-slit and more)
- Jacob Barandes' "The Stochastic-Quantum Correspondence" paper:
- Jacob's Google Scholar:
- Wigner’s paper ‘Remarks on the Mind-Body Question’:
- Jacob’s lecture on Hilbert Spaces:
- John von Neumann’s book on ‘Mathematical Foundations of Quantum Mechanics’:
- The 1905 Papers (Albert Einstein):
- Dividing Quantum Channels (paper):
- Sean Carroll on TOE:
- Scott Aaronson and Leonard Susskind’s paper on ‘Quantum Necromancy’:
- Scott Aaronson on TOE:
- Leonard Susskind on TOE:
- Ekkolapto’s website:
- Jacob's "Wigner's Friend" Flow Chart:
- Jacob's Lecture Notes:

TIMESTAMPS:
00:00 - Introduction
01:26 - Jacob's Background
07:32 - Pursuing Theoretical Physics
10:28 - Is Consciousness Linked to Quantum Mechanics?
16:07 - Why the Wave Function Might Not Be Real
20:12 - The Schrödinger Equation Explained
23:04 - Higher Dimensions in Quantum Physics
30:11 - Heisenberg’s Matrix Mechanics
35:08 - Schrödinger’s Wave Function and Its Implications
39:57 - Dirac and von Neumann's Quantum Axioms
45:09 - The Problem with Hilbert Spaces
50:02 - Wigner's Friend Paradox
55:06 - Challenges in Defining Measurement in Quantum Mechanics
01:00:17 - Trying to Simplify Quantum for Students
01:03:35 - Bridging Quantum Mechanics with Stochastic Processes
01:05:05 - Discovering Indivisible Stochastic Processes
01:12:03 - Interference and Coherence Explained
01:16:06 - Redefining Measurement and Decoherence
01:18:01 - The Future of Quantum Theory
1:24:09 - Foundationalism and Quantum Theory
1:25:04 - Why Use Indivisible Stochastic Laws?
1:26:10 - The Quantum-Classical Transition
1:27:30 - Classical vs Quantum Probabilities
1:28:36 - Hilbert Space and the Convenience of Amplitudes
1:30:01 - No Special Role for Observers
1:33:40 - Emergence of the Wave Function
1:38:27 - Physicists' Reluctance to Change Foundations
1:43:04 - Resolving Quantum Mechanics' Inconsistencies
1:50:46 - Practical Applications of Indivisible Stochastic Processes
1:57:53 - Understanding Particles in the Indivisible Stochastic Model
2:00:48 - Is There a Fundamental Ontology?
2:07:02 - Advice for Students Entering Physics
2:09:32 - Encouragement for Interdisciplinary Research
2:12:22 - Outro

TOE'S TOP LINKS:
- Support TOE on Patreon: (early access to ad-free audio episodes!)
- Listen to TOE on Spotify:
- Become a YouTube Member Here:

- Join TOE's Newsletter 'TOEmail' at

Other Links:
- Twitter:
- Discord Invite:
- iTunes:
- Subreddit r/TheoriesOfEverything:

#science #sciencepodcast #physics #quantumphysics #theoreticalphysics