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Gabriele Carcassi @UCFvwNEmiiG_DsSKa9ouIJ-w@youtube.com

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I am a researcher at the University of Michigan and I work o

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16:24
Why space is three dimensional
26:53
Classical entanglement and other quantum analogues
49:47
The constitutive assumptions of Hamiltonian mechanics
01:46:34
The most fundamental structure in physics
40:18
The line between math and physics
46:40
Hamiltonian mechanics in 12 equivalent characterizations
28:38
No dissipative Lagrangians (or Hamiltonians)
22:29
Newtonian/Lagrangian/Hamiltonian mechanics are not equivalent
02:15
New channel - crowdresearch for Assumptions of Physics?
02:17
Mathematics is meaningless
01:18:09
An engineer in the foundations of physics - a comedy lecture by Gabriele Carcassi
37:44
A no-go theorem for psi-ontic models
01:02:04
How quantum mechanics requires non-additive measures
49:42
Seven misconceptions in the foundations of physics
01:44:32
Assumptions of Physics - 2023-24 status
12:56
Channel/project news: 2023 in review - Q&A on foundations?
29:29
Infinite dimensional spaces in quantum mechanics
45:27
Understanding the space of quantum mixed states
47:25
Understanding vector spaces in quantum mechanics
01:06:56
No such thing as "quantum logic"
27:56
Classical uncertainty principle
22:37
Action principle: geometric and physical interpretation
01:22:38
What is a number? (Discussions on the Foundations of Physics and Mathematics)
44:50
Time as an operational definition
33:47
Reverse Physics: From Laws to Physical Assumptions
40:17
What we learned from proving a quantum postulate redundant
13:15
All quantum states are equally undetermined (Quantum Essentials)
15:13
Quantum states are equilibria (Quantum Essentials)
12:34
Divisible vs Reducible vs Decomposable (Quantum Essentials)
12:52
What is a quantum system (Quantum Essentials)
14:02
Wrong Classical-Quantum Comparisons (Quantum Essentials)
18:15
Why Classical Mechanics Fails (Quantum Essentials)
10:38
Understanding Shannon entropy: (6) Connection to physics
06:27
Understanding Shannon entropy: (5) invariant distributions
09:02
Understanding Shannon entropy: (4) continuous distributions
03:50
Understanding Shannon entropy: (3) permutations and variability
09:17
Understanding Shannon entropy: (2) variability and bits
12:07
Understanding Shannon entropy: (1) variability within a distribution
07:53
On experimental verification
09:33
What is mass?
06:22
The laws of physics are not the laws of the universe
05:10
p is not mv
16:25
On mathematical precision and physical theories
03:38
No attractors in Hamiltonian mechanics
03:49
Update 06-2020
04:14
Understanding Lagrangian mechanics: (3) The physical motivation
06:41
Understanding Lagrangian mechanics: (2) The geometry
06:28
Understanding Lagrangian mechanics: (1) The math
08:42
Understanding Vector Calculus: (3) Divergence and volumes
10:51
Understanding Vector Calculus: (2) Curl and surfaces
05:56
Understanding Vector Calculus: (1) Gradient and lines
17:42
Understanding Hamiltonian mechanics: (7) Multiple d.o.f. reprise
09:52
Understanding Hamiltonian mechanics: (6) Multiple d.o.f.
12:26
Understanding Hamiltonian mechanics: (5) State mapping
05:34
Understanding Hamiltonian mechanics: (4) Information Theory
04:45
Understanding Hamiltonian mechanics: (3) Thermodynamics
09:37
Understanding Hamiltonian mechanics: (2) Measurements
07:38
Understanding Hamiltonian mechanics: (1) The math