DiscoverPhysique de la matière condensée - Antoine GeorgesConférence - Assa Auerbach : Correlations and Transport in Strongly Interacting Phases of Condensed Matter : The Hall Effect: What Moves in a Metal or a Superconductor?
Conférence - Assa Auerbach : Correlations and Transport in Strongly Interacting Phases of Condensed Matter : The Hall Effect: What Moves in a Metal or a Superconductor?

Conférence - Assa Auerbach : Correlations and Transport in Strongly Interacting Phases of Condensed Matter : The Hall Effect: What Moves in a Metal or a Superconductor?

Update: 2023-02-09
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Antoine Georges

Physique de la matière condensée

Année 2022-2023

Conférence - Assa Auerbach : Correlations and Transport in Strongly Interacting Phases of Condensed Matter

Assa Auerbach, Department of Physics, Technion, Israel Institute of Technology

The Hall Effect: What Moves in a Metal or a Superconductor?

The Hall resistivity has long been used to identify the mobile charge carriers in metals. However, transport theory has failed to explain several intriguing ''Hall anomalies'' in strongly correlated metals, superconductors, and thermal Hall effect in insulators.

Recent advances by our group include new formulas for the Hall coefficient, and a revised theory of flux flow in superconductors, which help us understand the ''moving parts'' in transport currents of these systems.

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Conférence - Assa Auerbach : Correlations and Transport in Strongly Interacting Phases of Condensed Matter : The Hall Effect: What Moves in a Metal or a Superconductor?

Conférence - Assa Auerbach : Correlations and Transport in Strongly Interacting Phases of Condensed Matter : The Hall Effect: What Moves in a Metal or a Superconductor?

Antoine Georges