

Scott Aaronson | Quantum Computing: History, Near-term Applications, Future Possibilities
Jun 22, 2021
Chapters
Transcript
Episode notes
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27
Introduction
00:00 • 3min
Quantum Mechanics - Exponentiality
03:09 • 2min
Quantum Computers - What Would They Be Good For?
05:13 • 5min
How to Build a Scalable Quantum Computer?
10:29 • 2min
How to Scale a Quantum Computer
12:58 • 3min
Quantum Computers, You Know?
15:29 • 4min
How Many Do You Need to Correct a Quantum Computer?
19:38 • 4min
Designing Better Error Correcting Codes
23:11 • 3min
The NISC Era of Quantum Computers
25:59 • 4min
Are Quantum Measurements Reversible?
29:42 • 5min
Is a Quantum Theory of Gravity Possible?
34:21 • 3min
Are You Familiar With the Quest for the Quantum Computer?
36:52 • 2min
How to Explain Quantum Computing in a Few Paragraphs
39:15 • 2min
Is There a Similar Limit to Scalability of Quantum Computers?
41:04 • 3min
Is There Any Limit to How Many Bits Can Be Connected Together in a Computer?
43:43 • 4min
Shores Algorithm for Quantum Resilient Cryptography
47:43 • 2min
Post-Punum Encryption
49:33 • 6min
The Future of Quantum Computing, You Know?
55:10 • 5min
Is BQP Equal to P in a Class of All the Problems That You Could Efficiently Solve With a Classical Computer?
01:00:27 • 5min
How to Explain Quantum Mechanics, Right?
01:05:09 • 4min
The Universe's Ultimate Computer for Simulating a Hunk of Cheese, Right?
01:08:50 • 2min
Topological Quantum Computing
01:10:45 • 6min
Is Cryptography Going to Be Threatened Until There Is a Fault Tolerance Scalable Quantum Computing?
01:16:36 • 3min
Is There a Cryptocurrency Attack?
01:19:37 • 3min
Quantum Mechanics Is a Lot Simpler Than You'd Think, Right?
01:22:16 • 5min
The Everett Interpretation of Quantum Mechanics
01:27:40 • 4min
Quantum Mechanics
01:32:10 • 2min