penrose tiling
23:00Consciousness is Not a Computation (Roger Penrose) | AI Podcast Clips
2.3M views • 6 years ago
Lex Fridman
Clip from Lex Fridman's podcast with Roger Penrose in which Penrose argues that consciousness is not a computation. He discusses Godel-style arguments and the possible role of quantum effects in microtubules.
1:27:57Roger Penrose: Physics of Consciousness and the Infinite Universe | Lex Fridman Podcast #85
2.7M views • 6 years ago
Lex Fridman
Lex Fridman interviews physicist Roger Penrose on consciousness, the limits of computation, quantum mechanics and his cyclic cosmology. It covers his views on AI and the big bang.
1:52:48Sir Roger Penrose & Dr. Stuart Hameroff: CONSCIOUSNESS AND THE PHYSICS OF THE BRAIN
889K views • 6 years ago
The Qualcomm Institute
A 2020 UC San Diego event with Roger Penrose and Stuart Hameroff presenting their Orch OR theory that consciousness arises from quantum processes in brain microtubules, followed by a conversation with Roger Bingham.
1:28:08Sir Roger Penrose & William Lane Craig • The Universe: How did it get here & why are we part of it?
926K views • 7 years ago
Premier Unbelievable?
Physicist Roger Penrose and philosopher William Lane Craig discuss the origin of the universe on the Unbelievable? show. Topics include Penrose's three realms of reality, conformal cyclic cosmology and whether fine tuning points to a creator.
21:12The Infinite Pattern That Never Repeats
21.9M views • 6 years ago
Veritasium
Veritasium explains how Penrose tilings and quasicrystals overturned the belief that 5-fold symmetry and non-periodic crystals were impossible, including an interview with Paul Steinhardt.
19:19Was Penrose Right? NEW EVIDENCE For Quantum Effects In The Brain
1.1M views • 2 years ago
PBS Space Time
PBS Space Time examines Roger Penrose's idea that consciousness arises from quantum processes in the brain, and reviews new evidence about microtubules. It ends with an estimate of what replicating consciousness would demand.
19:59What Happens at the Event Horizon? | Space Time | PBS Digital Studios
3.2M views • 9 years ago
PBS Space Time
PBS Space Time explains what happens as you approach and cross a black hole's event horizon, using Penrose diagrams and light cones as the tool for understanding spacetime there.
18:30What Happens After the Universe Ends?
2.3M views • 6 years ago
PBS Space Time
PBS Space Time explains Roger Penrose's conformal cyclic cosmology, in which the far future of our universe becomes the big bang of the next. It explores what could come after the universe ends.
37:03White holes and wormholes are probably real. Here's why.
37.8M views • 2 years ago
Veritasium
Veritasium explores what general relativity says about black holes, white holes and wormholes, with help from physicists Geraint Lewis and Juan Maldacena. It introduces Penrose diagrams and the idea that other universes may be implied.
16:42i3wm: Jump Start (1/3)
1.1M views • 11 years ago
Alex Booker
First of a three-part tutorial series on the i3 tiling window manager for Linux. It explains what i3 is, how to install it on Ubuntu, and how to use it.
36:06Civilizations at the End of Time: Black Hole Farming
934K views • 10 years ago
Isaac Arthur
An Isaac Arthur episode on civilizations in the dark, post-stellar universe, including black hole farming, accretion disks and the Penrose process as energy sources.
9:27Pentagons Are Terrible at One Thing
20.6M views • 6 years ago
CGP Grey
A CGP Grey video about why pentagons are bad at tiling and why hexagons are so special, in his usual playful style. It touches on honeycombs and tiling in nature.
25:39H3: Tiling the Earth with Hexagons
53K views • 8 years ago
Uber Engineering
Uber Engineering's Joseph Gilley explains why Uber uses hexagons for geospatial indexing and introduces H3, its open source hierarchical grid system. He covers use cases and how distortion is handled.
14:28Superpositions, Sudoku, the Wave Function Collapse algorithm.
764K views • 6 years ago
Martin Donald
Martin Donald explains the Wave Function Collapse algorithm using Sudoku-like constraint solving and shows how he implemented it with Blender and Godot. It links demos and reference articles.