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Why doesn't this Jk couple symmetrically to both layers?
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Fractionalized Metallic Phases in the Single Band Hubbard Model - Quantum Phases of Matter XXII
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- 1 Start
- 2 Introduction
- 3 Q&A - Brief Idea about John Simon's theory for G2 spin Liquid
- 4 Preface
- 5 The Big Problem!!
- 6 Getting Started
- 7 Q&A - Any Experimental Evidence proving One-Band model actually captures low energy of Cuprite?
- 8 What's the Density of Charge Carriers in the system?
- 9 The Experiments - Pseudogap Regime
- 10 A Misguided Perception
- 11 Specific facts & data
- 12 Puzzling Phases - Flanking Metal
- 13 Pseudogap Metal - Experiments
- 14 PhotoEmission Experiment
- 15 Q&A - What's known about temperature dependence of Fermi Arcs?
- 16 Why Photoemission Spectrum doesn't have more than one line?
- 17 A Naïve Pseudogap Picture
- 18 Fixing Holons & Electrons issue
- 19 Q&A - To what extent are these steps distinct?
- 20 How do you select the state?
- 21 Why doesn't this Jk couple symmetrically to both layers?
- 22 Is there any substance which shows transition b/w Pseudogap and Fermi Liquid?
- 23 Are High-Energy electrons located uniquely or they're spread across equally?
- 24 Doesn't the actual Hamiltonian say, there is no symmetry between the two extra spins?
- 25 Are Fermi Liquid and Z2 Gauge theory completely decoupled?
- 26 How to tune Lambda 1 & 2 microscopic setup and whether L becomes a low energy degree of freedom?
- 27 Context about the Strange Metal
- 28 Random Matrix Model
- 29 Q&A - Are the E the eigenvalue of T or T-mu?
- 30 Does the Fermi service which has holes, have any gaps in it?
- 31 Thank You!
