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Aspen Winter Conference: Quantum Matter – Computation Meets Experiments

Conference

Computational Quantum Physics

When

  • All Day

  • All Day

  • All Day

  • All Day

  • All Day

  • All Day

  • All Day

The past few years have seen tremendous advances in our understanding of strongly interacting quantum systems. By combining progress in theoretical concepts and methods with algorithmic advances, computational methods have shed new light on key open questions in the physics of quantum matter, both for materials with strong electronic correlations and for interacting quantum gases. At the same time, new materials and new techniques have greatly increased the range of experimental information available.

This Aspen Winter Conference will bring leading theorists with expertise in a broad range of computational methods together with experimentalists to discuss the potential of new methods, the accomplishments of existing methods and opportunities for future experiment/theory collaboration. The meeting will focus on a broad set of physics questions of current interest in the field, for which computational methods and experiments have brought or have the potential to bring new insights.

For more information go here.

March 9, 2020

Louis Taillefer: New Signatures of the Pseudogap Phase in Cuprates

March 9, 2020

Leslie Schoop: Chemical Bonds in Square Nets and Their Relation to Topology

March 9, 2020

Ulrich Schollwock: What Does it Take for a Hubbard Model to Show D-wave Superconductivity?

March 9, 2020

Nikolay Prokof’ev: Diagrammatic Monte Carlo for Interacting Topological Insulators

March 9, 2020

Thomas Maier: The Identity of the Hubbard Model Upon Cooling – Cluster Dynamical Mean Field and Quantum Monte Carlo Perspectives

March 9, 2020

Allan MacDonald: Modeling Moire Superlattices

March 9, 2020

Philip Kim: Moire Superlattice in Van Der Waals Interface – Experimental Opportunities and Challenges

March 9, 2020

Michel Ferrero: Pseudogap and Fermi Surface Topology in Doped Mott Insulators

March 9, 2020

Andrei Bernevig: Theories, Results, and Database of Topology in Materials

March 10, 2020

Michael Zaletel: Chiral Spin Liquid Phase of the Triangular Lattice Hubbard Model

March 10, 2020

Hanna Terletska: Hubbard Model – The Mott Transition and Quantum Critical

March 10, 2020

Stephen Nagler: Magnetic Excitations and Dynamical Response in Kitaev Materials

March 10, 2020

Kazushi Kanoda: Quantum Spin Liquid and Mott Quantum Critically

March 10, 2020

Harold Hwang: Superconductivity in Infinite Layer Nickelates

March 10, 2020

Russell Hemley: High Temperature Superconductivity in Dense Hydrogen Systems

March 10, 2020

Sara Haravifard: Magnetic Field and High Pressure Studies of the Shastry-Sutherland Model Compounds

March 10, 2020

Daniel Dessau: Electronic Structure, Correlations and Non-Fermi Liquid Scattering in Layered Nickelates and Cuprates

March 10, 2020

Philippe Corboz: Tensor Network Studies of the Shastry-Sutherland Model

March 10, 2020

Ryotaro Arita: Ab Initio Eliashberg Study on Anharmonicity, Zero-Point Motion, and Retardation Effect in Superhydrides

March 11, 2020

Giorgio Sangiovanni: Engineering Correlated Orbitals: Metal-Insulator and Topological Phase Transitions

March 11, 2020

Christian Ruegg: New Phases and Dynamics in Low-Dimentional Quantum Magnets-Computation and Experiments

March 11, 2020

Divine Kumah: Engineering Electronic and Magnetic Interactions at Complex Oxide Interfaces

March 11, 2020

David Goldhaber-Gordon: Model Many-body Systems Based on Quantum Dots

March 11, 2020

Thierry Giamarchi: Quantum Phase Transitions in Quantum Spin Systems

March 11, 2020

Guy Cohen: Transport and Counting Statistics with Inchworm Monte Carlo

March 11, 2020

Jean-Philippe Brantut: Quantum-Optical Devices with Interacting Fermi Gases

March 12, 2020

Philipp Werner: Spin Freezing and Unconventional Superconductivity

March 12, 2020

Anna Tamai: Electronic Correlations and Enhanced Spin-Orbit Coupling in Sr2RuO4

March 12, 2020

Olivier Parcollet: Quantum Quasi-Monte Carlo for Non Equilibrium Systems

March 12, 2020

Jernej Mravljie: Ruthenates as Hund’s Metals: Overview of a Success Story, Impurity Insights & Spectroscopial Fingerprints

March 12, 2020

Hu Miao: Experimental Signatures of Hund’s Superconductors

March 12, 2020

Zala Lenarcic: Activating Many-Body Location in Solids by Driving with Light

March 12, 2020

Kristjan Haule: How Are Crystal Structures and Superconductivity Affected by Hundsness?

March 12, 2020

Martin Eckstein: Correlated Electrons Out of Equilibrium: Short-Time Dynamics to Quasi-Steady

March 12, 2020

Jan von Delft

March 12, 2020

Gang Cao: Current-Control of Structural and Physical Properties in Spin-Orbit-Coupled Insulators

March 13, 2020

Inna Vishik: The Faces of WTe2 – Visual Doping-Induced Phase Transition via ARPES

March 13, 2020

André-Marie Tremblay: Bad Metals and More

March 13, 2020

Eun-Ah Kim: Machine Learning Quantum Emergence

March 13, 2020

Chang-Jong Kang: Computational Material Designs – Material Design Methodology and Example of 112-Family Fe-Based Superconductor

March 13, 2020

Edwin Huang (for Tom Devereaux): Quantum Monte Carlo Studies of Transport in the Hubbard Model

March 13, 2020

Olga Goulko: Strongly Correlated Quantum Impurity Problems

March 13, 2020

Waseem Bakr: Studying Charge and Heat Transport in Fermi-Hubbard Systems Using a Quantum Gas Microscope

March 13, 2020

Meigan Aronson: Accelerating the Discovery of New Functional Materials – Theory Assisted Synthesis

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