CF

The Many Hidden Worlds of Quantum Mechanics

11h 56m 32s
English
Paid

One universe is not enough. Learn about the Many-Worlds Interpretation of quantum mechanics in this exciting course taught by a renowned expert.

Taught by Professor Sean Carroll of Johns Hopkins University, this course explores the Many-Worlds Interpretation (MWI) of quantum mechanics, which proposes that there are a limitless number of universes caused by the branching of different realities at the quantum level. These universes include countless versions of ourselves living out different futures. Consider the pros and cons of this bold theory.

About the Authors

Sean Carroll

Sean Carroll thumbnail

Sean Carroll is a US theoretical physicist (Johns Hopkins University, formerly Caltech) and one of the most prolific science communicators working today. He is the host of the long-running Mindscape podcast and the author of Something Deeply Hidden, The Big Picture, and a multi-volume textbook series on modern physics.

His CourseFlix listing carries The Many Hidden Worlds of Quantum Mechanics — a structured walkthrough of the modern interpretations of quantum mechanics (particularly the Many-Worlds interpretation Sean is associated with) at a level aimed at intelligent non-specialists.

Material is paid and aimed at general adult learners interested in physics. The course sits in the broader Math & Statistics catalog on CourseFlix.

Wondrium (The Great Courses)

Wondrium (The Great Courses) thumbnail

Wondrium (formerly The Great Courses Plus and originally The Great Courses) is a US online education platform that has been publishing university-level video lecture series since 1990. The platform's distinctive contribution is the depth and production quality of its courses — each is taught by a tenured university professor with the production values of a documentary series, not a YouTube tutorial.

The catalog covers academic disciplines rather than technical-skill training: history, philosophy, science, mathematics, literature, music theory, religion, economics. Material is taught by faculty from Stanford, Yale, Princeton, the University of Chicago, MIT, and similar institutions. Wondrium is typically used by intellectually-curious adult learners filling in the liberal-arts side of their education.

The CourseFlix listing under this source carries over 19 Wondrium / Great Courses titles spanning that range — sitting in the broader CourseFlix catalog as general-interest reference rather than as a software-engineering track. Material is paid; Wondrium itself runs on a monthly / annual subscription on the original platform.

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#1: Why suppose there's more than one world?
All Course Lessons (24)
#Lesson TitleDurationAccess
1
Why suppose there's more than one world? Demo
32:01
2
The classical physical world that never was
30:51
3
Quantum worlds start with waves and particles
29:12
4
A wave function to describe particles
26:32
5
Copenhagen says the wave function collapses
27:54
6
Is the wave function real?
31:01
7
Uncertainly in action with pin and qubits
28:44
8
Quantum entaglement and action at a distance
33:14
9
Entaglement leads to many worldsDecoherence explains branching worlds
30:41
10
Decoherence explains branching worlds
30:29
11
How entaglement powers quantum computers
31:17
12
Too many worlds@ Five objections answered
30:47
13
Testing the many-worlds interpretation
28:23
14
Where does probability come from?
31:40
15
Quashing worlds with wave function collapse
27:51
16
Blocking worlds with hidden wave variables
29:34
17
Mind before matter in quantum theory
28:35
18
The quantum emergence of the world we see
30:33
19
The challenge of quantum gravity
32:39
20
Space emerges from entaglement
30:17
21
The quantum emergence of time
28:07
22
Free will, determinism, and many-worlds
28:19
23
What happens to ethics under many-worlds?
26:32
24
A future renaissance for quantum mechanics
31:19
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Frequently asked questions

What prerequisites are needed for this course?
This course requires a basic understanding of quantum mechanics concepts. Familiarity with terms like wave function, quantum entanglement, and decoherence will be beneficial. While advanced mathematical skills are not required, an interest in theoretical physics and quantum theory is recommended for a better grasp of the material.
What is the primary focus of the course?
The primary focus of the course is the Many-Worlds Interpretation (MWI) of quantum mechanics. It explores how this interpretation proposes the existence of numerous universes resulting from quantum events. Key topics include wave function, quantum entanglement, and decoherence, which are essential to understanding the branching of different realities.
Who would benefit most from this course?
This course is ideal for students and enthusiasts of quantum mechanics and theoretical physics. It caters to those interested in exploring advanced interpretations of quantum phenomena and their implications, such as the Many-Worlds Interpretation. Philosophically inclined individuals curious about the nature of reality may also find it engaging.
How does this course compare to others on quantum mechanics?
Unlike standard quantum mechanics courses, which often focus on the Copenhagen Interpretation, this course delves into the Many-Worlds Interpretation. It provides a unique perspective on quantum phenomena by discussing the implications of multiple realities and addressing objections to this theory, offering a broader understanding of quantum mechanics.
Does the course cover the practical applications of quantum mechanics?
While the course primarily focuses on theoretical aspects, such as the Many-Worlds Interpretation, it does touch on practical implications through topics like quantum computers. However, it does not delve deeply into practical applications or experimental techniques commonly associated with quantum mechanics.
How much time should I expect to dedicate to this course?
The course consists of 24 lessons. While the total runtime is unspecified, you should anticipate dedicating time to reviewing each lesson carefully. Engaging with supplementary materials or rewatching complex segments may be necessary to fully grasp the intricacies of the Many-Worlds Interpretation.
What topics are not covered in this course?
The course does not cover other interpretations of quantum mechanics in depth, such as the Copenhagen Interpretation or pilot-wave theory, beyond comparing them to the Many-Worlds Interpretation. It also does not focus heavily on experimental methods or the mathematical formalism of quantum mechanics.