Quantum Hall Effect Basics: Topological Insulator & Semi-Metal

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SUMMARY

The discussion focuses on the Quantum Hall Effect, topological insulators, and semi-metals, emphasizing the need for concise resources. Participants seek references suitable for advanced graduate physics, specifically mentioning works by S. Taylor (2015) and S. Meng (2018). The user expresses a preference for shorter materials, such as brief papers or videos, to understand the computational aspects of topological Weyl semimetals without delving into lengthy texts.

PREREQUISITES
  • Understanding of Quantum Hall Effect principles
  • Familiarity with topological insulators and semi-metals
  • Knowledge of computational physics methods
  • Ability to analyze academic papers in condensed matter physics
NEXT STEPS
  • Research the Quantum Spin Hall Effect and its implications
  • Explore advanced resources on topological Weyl semimetals
  • Review S. Taylor's 2015 and S. Meng's 2018 papers for insights
  • Find video lectures or short courses on topological insulators
USEFUL FOR

Graduate physics students, researchers in condensed matter physics, and anyone interested in the computational study of topological materials.

chow_dhury
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TL;DR
I need good resources on Quantum Hall Effect and quantum spin hall effect.
I need them short. I need them so I can understand the basics of topological insulator and semi-metal.
 
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chow_dhury said:
Summary: I need good resources on Quantum Hall Effect and quantum spin hall effect.

I need them short. I need them so I can understand the basics of topological insulator and semi-metal.
What references have you found so far? It would help to see what you have found, so we don't duplicate the searching that you have done already.

Also, you have marked this thread with the "A" prefix, which implies that you want references at the Advanced Graduate Physics level. Is that correct? Your other thread had the prefix changed from "A" to "B" (Basic) based on the question and your one reply in that thread:

https://www.physicsforums.com/threads/condensed-matter-physics.1016222/
 
berkeman said:
What references have you found so far? It would help to see what you have found, so we don't duplicate the searching that you have done already.

Also, you have marked this thread with the "A" prefix, which implies that you want references at the Advanced Graduate Physics level. Is that correct? Your other thread had the prefix changed from "A" to "B" (Basic) based on the question and your one reply in that thread:

https://www.physicsforums.com/threads/condensed-matter-physics.1016222/
I found S Taylor, 2015; and S Meng, 2018.
I need to grasp the papers of my professor on topological Weyl semimetal. These are computational; right now I can't afford to study any text too longer than the aforementioned ones. If it's a video, a couple of hours would be fine.

The other post was about etymology, and I just found just one useful answer. I argue that's definitely not basic.
 
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