Topological quantum matter - Weizmann online

TOPOLOGICAL QUANTUM MATTER - TRAILER

TOPOLOGICAL QUANTUM MATTER - TRAILER
EXPERIMENTAL REALIZATION

EXPERIMENTAL REALIZATION
LANDAU LEVELS OF NON-RELATIVISTIC ELECTRONS - A BRIEF REVIEW

LANDAU LEVELS OF NON-RELATIVISTIC ELECTRONS - A BRIEF REVIEW
FRACTIONAL CHARGES AND GROUND STATE DEGENERACY

FRACTIONAL CHARGES AND GROUND STATE DEGENERACY
LOCALIZATION AND DELOCALIZATION IN THE QUANTUM HALL EFFECT

LOCALIZATION AND DELOCALIZATION IN THE QUANTUM HALL EFFECT
DENSITY-FUNCTIONAL THEORY

DENSITY-FUNCTIONAL THEORY
BAND INVERSION

BAND INVERSION
PARITY

PARITY
WILLSON LOOP AND BULK BOUNDARY CORRESPONDENCE

WILLSON LOOP AND BULK BOUNDARY CORRESPONDENCE
EXAMPLES INSULATORS - TIS, TCIS

EXAMPLES INSULATORS - TIS, TCIS
EXAMPLES: TOPOLOGICAL SEMIMETALS

EXAMPLES: TOPOLOGICAL SEMIMETALS
OBSTRUCTION OF STOKES THEOREM AND QUANTIZATION OF THE PUMPED CHARGE

OBSTRUCTION OF STOKES THEOREM AND QUANTIZATION OF THE PUMPED CHARGE
INTRODUCTION TO TOPOLOGICAL SUPERCONDUCTIVITY

INTRODUCTION TO TOPOLOGICAL SUPERCONDUCTIVITY
INTRODUCTION TO EXPERIMENTAL TOOLS

INTRODUCTION TO EXPERIMENTAL TOOLS
INTRODUCTION TO STATES OF TOPOLOGICAL ORDER

INTRODUCTION TO STATES OF TOPOLOGICAL ORDER
INTRODUCTION TO THE QUANTUM HALL CHAPTER

INTRODUCTION TO THE QUANTUM HALL CHAPTER
ENGINEERING A NON-ABELIAN STATE

ENGINEERING A NON-ABELIAN STATE
KITAEV HONEYCOMB MODEL AND THE DIFFERENCE FROM P+IP - PART 2

KITAEV HONEYCOMB MODEL AND THE DIFFERENCE FROM P+IP - PART 2
KITAEV HONEYCOMB MODEL AND THE DIFFERENCE FROM P+IP PART 1

KITAEV HONEYCOMB MODEL AND THE DIFFERENCE FROM P+IP PART 1
INTRODUCTION TO DENSITY FUNCTIONAL THEORY

INTRODUCTION TO DENSITY FUNCTIONAL THEORY
GAPLESS TOPOLOGICAL PHASES - EXPERIMENTS

GAPLESS TOPOLOGICAL PHASES - EXPERIMENTS
PHENOMENOLOGY

PHENOMENOLOGY
PHENOMENOLOGY OF WEYL SEMIMETALS

PHENOMENOLOGY OF WEYL SEMIMETALS
GAPLESS TOPOLOGICAL PHASES

GAPLESS TOPOLOGICAL PHASES
MARCHING DOWN THE PERIODIC TABLE: EXAMPLES

MARCHING DOWN THE PERIODIC TABLE: EXAMPLES
2D TOPOLOGICAL INSULATORS - THEORY

2D TOPOLOGICAL INSULATORS - THEORY