The Many Hidden Worlds of Quantum Mechanics (2023) is a documentary web series in English. On New MovieLinkBD: full story, cast, ratings, season & episode guide, official trailer and where to watch The Many Hidden Worlds of Quantum Mechanics online in HD.
The Many Hidden Worlds of Quantum Mechanics — Storyline
One universe is not enough. Learn about the Many-Worlds Interpretation of quantum mechanics in this exciting course taught by a renowned expert, Sean Carroll.
Cast & Crew
- Created by: Sean Carroll
- Starring: Sean Carroll
The Many Hidden Worlds of Quantum Mechanics — Series Details
| First Air Date | 2023-11-24 |
| Seasons | 1 |
| Episodes | 24 |
| Genre | Documentary |
| Language | English |
| Status | Returning Series |
| Rating | 10/10 (1 votes) |
The Many Hidden Worlds of Quantum Mechanics — Episode Guide
Season 1
- E1: Why Suppose There's More Than One World? (2023-11-24) — Fasten your seat belts and take off into the realm of multiple, maybe even infinite, worlds. Professor Carroll explains how quantum mechanics predicts the existence of a large numb
- E2: The Classical Physics World That Never Was (2023-11-24) — Investigate the classical picture of reality, which is how physicists thought the world worked before quantum mechanics. Codified by Isaac Newton, classical physics evolved into a
- E3: Quantum Worlds Start With Waves and Particles (2023-11-24) — The widely accepted system of classical physics began to unravel in 1900 when Max Planck proposed an idea that later became known as the quantum. Elaborated by Einstein, this theor
- E4: A Wave Function to Describe Particles (2023-11-24) — Transition from the old quantum theory to full-fledged quantum mechanics with the mathematically elegant concept of the wave function, derived by Erwin Schrödinger in 1925. Profess
- E5: Copenhagen Says the Wave Function Collapses (2023-11-24) — Quantum mechanics was disquieting to anyone trained in classical physics. To dispel this unease, Niels Bohr and Werner Heisenberg devised the "Copenhagen Interpretation." Delve int
- E6: Is the Wave Function Real? (2023-11-24) — Consider exactly what Heisenberg meant by his uncertainty principle, which is often misstated, even by physicists. Go deeper into wave-particle duality, studying the famous double-
- E7: Uncertainty in Action With Spin and Qubits (2023-11-24) — Explore the fundamental quantum property of particles known as "spin," which can come in binary states, like the 0 and 1 bits in digital computing. For the purposes of quantum comp
- E8: Quantum Entanglement and Action at a Distance (2023-11-24) — Focus on Einstein's objection to a specific feature of quantum mechanics called entanglement, which he termed, "spooky action at a distance." When two particles are entangled, no m
- E9: Entanglement Leads to Many Worlds (2023-11-24) — Use concepts developed in the course so far to learn how physicist Hugh Everett arrived at a bold new approach to quantum mechanics. Called the Many-Worlds Interpretation, it holds
- E10: Decoherence Explains Branching Worlds (2023-11-24) — Focus on decoherence, which does the same work in Many-Worlds as the collapse of the wave function in the Copenhagen Interpretation. Both explain what happens when a measurement is
- E11: How Entanglement Powers Quantum Computers (2023-11-24) — Many-Worlds theorist David Deutsch helped pioneer quantum computing, which he argues is an outgrowth on the Many-Worlds Interpretation. Investigate the principles behind quantum co
- E12: Too Many Worlds! Five Objections Answered (2023-11-24) — The Many-Worlds view seems to defy common sense. Why can't we see the other worlds? And don't they violate the laws of physics and other rules of nature? Professor Carroll answers
- E13: Testing the Many-Worlds Interpretation (2023-11-24) — Address another objection to the Many-Worlds Interpretation: its testability. This refers to philosopher Karl Popper's famous falsifiability criterion, which discounts any theory t
- E14: Where Does Probability Come From? (2023-11-24) — Yet another hurdle for Many-Worlds is the origin and nature of probability. The Copenhagen version of quantum mechanics is fundamentally probabilistic, rather than deterministic. T
- E15: Quashing Worlds With Wave Function Collapse (2023-11-24) — Given the mind-boggling implications of Many-Worlds, many physicists have sought plausible alternatives. In this lecture, consider the possibility of altering the Schrödinger equat
- E16: Blocking Worlds With Hidden Wave Variables (2023-11-24) — Does the wave function tell the whole story? Explore the hidden variable theory, devised by Louis de Broglie and refined by David Bohm. According to this view, particles are guided
- E17: Mind Before Matter in Quantum Theory (2023-11-24) — Since quantum mechanics and consciousness are both mysterious, could they be connected in some way? Examine several arguments that relate quantum phenomena to the involvement of co
- E18: The Quantum Emergence of the World We See (2023-11-24) — How does the structure of observed reality emerge from the wave function in Many-Worlds? In other words, where do the worlds come from? This question relates to the "preferred basi
- E19: The Challenge of Quantum Gravity (2023-11-24) — Quantum theory accounts for a remarkable array of particles and forces-but not gravity. Learn why constructing a successful theory of quantum gravity has vexed physicists for nearl
- E20: Space Emerges From Entanglement (2023-11-24) — Starting with the basic ingredients of quantum theory-wave functions, Schrödinger's equation, and entanglement-and following the Many-Worlds approach, probe this question: What cir
- E21: The Quantum Emergence of Time (2023-11-24) — As space might be an emergent property of quantum entanglement, could the same be true of time? Divide a wave function into subsystems and watch how the rest of the universe become
- E22: Free Will, Determinism, and Many-Worlds (2023-11-24) — Get philosophical by probing a pair of profound questions that arise from the far-out implications of Many-Worlds. Are multiple branching worlds caused by our decisions? Is human f
- E23: What Happens to Ethics Under Many-Worlds? (2023-11-24) — A theory in which every moral act entails an immoral one taking place in a branching universe is rife with ethical quandaries. Now, consider whether you could be moral in each of t
- E24: A Future Renaissance for Quantum Mechanics (2023-11-24) — Many-Worlds and competing theories on the foundations of quantum mechanics may seem essential for our understanding of reality, but they were long ignored by no-nonsense practicing
Frequently Asked Questions
How many seasons does The Many Hidden Worlds of Quantum Mechanics have? 1 season(s) with 24 episodes.
Who created The Many Hidden Worlds of Quantum Mechanics? Sean Carroll.
Where can I watch The Many Hidden Worlds of Quantum Mechanics? See the Where to Watch section above for current streaming options.
