Holography with broken spacetime symmetries and its transition into adulthood
2
Original motivation
3
Condensed matter systems
4
STEP 1: relaxing momentum and get finite conductivity
5
Solution #2: the first holographic revolution
6
Solution #2: a more convenient way, the axion model
7
Clarifying an important point
8
Still something missing
9
Solution #1: holographic stripes
10
Solution #2: homogeneous models
11
Lesson #1: hydrodynamics, we have a problem
12
Holography driven EFT developments
13
Ops, one more missing thing
14
General low-energy description
15
A universal prediction from holography
16
It does not depend on the symmetry which is broken
17
Finally, a(nother) proposal for our beloved strange metals
18
What is next?
19
Closing remarks
Description:
Save Big on Coursera Plus. 7,000+ courses at $160 off. Limited Time Only!
Grab it
Explore a comprehensive conference talk on holography with broken spacetime symmetries and its evolution into maturity. Delve into the original motivation behind condensed matter systems and the steps taken to relax momentum and achieve finite conductivity. Examine the first holographic revolution, including the axion model, and clarify important concepts. Investigate holographic stripes and homogeneous models, and learn about the challenges faced in hydrodynamics. Discover holography-driven developments in Effective Field Theory (EFT) and uncover a universal prediction from holography that transcends broken symmetries. Gain insights into a new proposal for strange metals and contemplate future directions in this field.
Holography with Broken Spacetime Symmetries - Transition into Adulthood