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A Strongly Correlated Metal Built from Sachev-Ye-Kitaev by Leon Balents

737 views · Published 16 January 2018 · 30:39 · Indexed 14 October 2026

Channel: International Centre for Theoretical Sciences · 2018 · Science & Technology

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ICTS at Ten

ORGANIZERS: Rajesh Gopakumar and Spenta R. Wadia

DATE: 04 January 2018 to 06 January 2018

VENUE: International Centre for Theoretical Sciences, Bengaluru

This is the tenth year of ICTS-TIFR since it came into existence on 2nd August 2007. ICTS has now grown to have more than fifteen faculty in a number of areas in the theoretical sciences. Over 150 programs and discussion meetings have been held. The ICTS at Ten event is an opportunity to reflect on the journey thus far, and to go ahead with renewed energy into our second decade, through a small celebratory scientific gathering.

There will be broad perspective talks (of 30 minutes each) across several different themes in the theoretical sciences:

Astrophysics and Cosmology
String theory and Quantum Gravity
Mathematics
Theoretical Computer Science
Condensed Matter and Statistical Physics
Physical Biology
These reflect ICTS' present profile as well as the directions we would like to grow into in the coming years. The talks, by a galaxy of distinguished researchers, will give a broad perspective on some exciting frontier questions in these areas. 


CONTACT US: [email protected]

PROGRAM LINK: https://www.icts.res.in/discussion-meeting/icts-at-ten

Table of Contents (powered by https://videoken.com)
0:00:00 Start 
0:00:01 ICTS at Ten
0:00:09 Strongly interacting Fermi liquids and the SYK model
0:01:49 Quantum Entanglement
0:02:56 Degrees of Entanglement
0:06:45 Metals Conduct
0:08:10 Theory
0:08:57 Fermi Liquid Theory
0:09:48 Scattering
0:10:31 Typical metal?
0:11:04 Heavy Fermi Liquids
0:12:08 Non-Fermi Liquids
0:12:44 Sachdev-Ye-Kitaev model
0:13:35 SYK Model
0:15:19 Density dependence
0:15:38 SYK Summary
0:16:41 Building a metal
0:19:09 Self-consistent equations
0:19:40 Coherence scale
0:20:48 Entropy
0:21:13 Compressibility
0:21:17 Transport
0:21:52 Wiedemann-Franz ratio
0:22:32 Kadowaki Woods ratio
0:23:21 SYK metal
0:23:47 Future
0:25:13 Electrons and Black Holes
0:25:55 Q&A

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