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Simplifying Complexity with Quantum Mechanics

Published on Apr 03, 20171447 Views

Mile Gu

Winter School on Complexity Science 2017 - Singapore

Related categories

PhysicsComplexity ScienceComputer ScienceData ScienceMathematics

Chapter list

Simplifying Complexity with Quantum Mechanics00:00
Understanding Complexity via Information Processing00:31
Understanding Complexity via Quantum Information Processing00:39
Matrix - 102:05
Matrix - 202:26
Matrix - 302:37
Publications02:51
Deutsch-Church-Turing principle03:39
Understanding the universe06:02
Can all properties on macroscopic systems be explained by laws on microscopic particles?08:36
Halting problem10:16
Physical emergence11:18
An information theoretic view12:26
Narrative - 113:21
Narrative - 213:48
Computational mechanics - 114:31
Computational mechanics - 214:38
A simple example - 115:12
A simple example - 215:56
A simple example - 317:53
A simple example - 418:40
Occam´s razor18:43
A simple example - 519:37
A simple example - 619:56
A simple example - 720:03
A simple example - 820:27
A simple example - 920:46
A simple example - 1020:51
Crash course: Shannon entropy - 120:53
Crash course: Shannon entropy - 221:22
Crash course: Shannon entropy - 324:51
Crash course: Shannon entropy - 429:03
Crash course: Shannon entropy - 530:02
Anatomy of a bit30:14
A simple example - 1131:30
Relation to physics32:31
The Matrix problem33:12
Stohastic process33:46
Back to our example - 134:55
A more refined method - 135:11
A more refined method - 236:07
A more refined method - 336:24
The simplest model37:01
Statistical complexity - 137:21
Statistical complexity - 239:09
Statistical complexity - 340:20
Statistical complexity - 441:53
Case study: The perturbed coin42:32
Back to our example - 244:31
Exercise44:40
The Quantum universe46:45
The double slit experiment - 147:07
The double slit experiment - 248:46
The double slit experiment - 349:09
In Quantum science - 149:25
In Quantum science - 249:45
In Quantum science - 351:04
Abandoning Local Reality52:08
Classical Information Process52:30
Quantum Information Process52:49
From Bits to Qubits - 153:21
From Bits to Qubits - 253:31
From Bits to Qubits - 353:55
Improve over the Classical Model - 154:04
Improve over the Classical Model - 254:22
Outlook - Interactive Systems54:50
Key points55:21
Matrix - 456:05
Matrix - 556:17
Matrix - 656:27
More Information56:38