Mar 31 2025 - Apr 11 2025

Co-design for Fundamental Physics in the Fault-Tolerant Era Sale has ended

IQuS Workshop: 2025-1

Institute for Nuclear Theory

Mar 31 2025 - Apr 11 2025

Co-design for Fundamental Physics in the Fault-Tolerant Era Sale has ended

IQuS Workshop: 2025-1

Institute for Nuclear Theory

Sep 09 - 20 2024

Entanglement in Many-Body Systems: From Nuclei to Quantum Computers and Back Sale has ended

Organizers: Mari Carmen Banuls (Munich), Susan Coppersmith (UNSW, UWisc), Calvin Johnson (SDSU) and Caroline Robin (Bielefeld). Entanglement in many-body systems: from nuclei to quantum computers and back

Institute for Nuclear Theory

Sep 09 - 20 2024

Entanglement in Many-Body Systems: From Nuclei to Quantum Computers and Back Sale has ended

Organizers: Mari Carmen Banuls (Munich), Susan Coppersmith (UNSW, UWisc), Calvin Johnson (SDSU) and Caroline Robin (Bielefeld). Entanglement in many-body systems: from nuclei to quantum computers and back

Institute for Nuclear Theory

Apr 15 - 26 2024

Pulses, Qudits and Quantum Simulations Sale has ended

Organizers: Yujin Cho (LLNL), Ravi Naik (LBNL), Alessandro Roggero (Trento) and Kyle Wendt (LLNL). The workshop will cover interdisciplinary aspects of topics related to pulses and qudits and quantum simulations

Institute for Nuclear Theory

Apr 15 - 26 2024

Pulses, Qudits and Quantum Simulations Sale has ended

Organizers: Yujin Cho (LLNL), Ravi Naik (LBNL), Alessandro Roggero (Trento) and Kyle Wendt (LLNL). The workshop will cover interdisciplinary aspects of topics related to pulses and qudits and quantum simulations

Institute for Nuclear Theory

Sep 11 - 22 2023

Thermalization, from Cold Atoms to Hot Quantum Chromodynamics Sale has ended

Organizers: Alexey Gorshkov ( NIST, QuICS, JQI, U. of Maryland), Niklas Mueller (IQuS, U. of Washington), Raju Venugopalan (BNL, C2QA), Nicole Yunger Halpern (NIST, QuICS, JQI, IPST,U. of Maryland). The workshop will cover interdisciplinary aspects of topics such as Eigenstate Thermalization and Many-Body Localization, Entanglement Structure and Tomography, and Quantum Thermodynamics.

Institute for Nuclear Theory

Jun 12 - 23 2023

Quantum Computing, Quantum Simulation, Quantum Gravity and the Standard Model Sale has ended

Organizers: Hrant Gharibyan (Caltech),  Masanori Hanada (U. of Surrey), Junyu Liu (U. of Chicago), Enrico Rinaldi (U. of Michigan), Yuan Su (Google), Brian Swingle (U. of Maryland). We aim to identify important problems in quantum gravity that can benefit from quantum simulation and also lead to new directions in the simulation of Standard Model physics, identify concrete steps, estimate realistic time frames, and draw a road map.

Institute for Nuclear Theory

Jan 31 2023 - Feb 01 2023

Quantum Information Science for US Nuclear Physics Long Range Planning – 2022

Organizing Committee: Douglas Beck, Joe Carlson, Zohreh Davoudi, Joe Formaggio, Sofia Quaglioni, Martin Savage. A jointly-sponsored LANL-IQuS meeting

Hilton Hotel Santa Fe

Nov 07 - 18 2022

At the Interface of Quantum Sensors and Quantum Simulations (22-3b) Sale has ended

Organizers: Doug Beck (UIUC), Natalie Klco (Caltech), Crystal Noel (UMD) and Joel Ullom (NIST). We explore common characteristics of quantum sensing and quantum simulations, and the ways in which developments in one area can benefit those in the other. Registration is open.

Institute for Nuclear Theory

Aug 15 - 19 2022

Next-Generation Computing for Low-Energy Nuclear Physics: from Machine Learning to Quantum Computing Sale has ended

Organizers: Ubirajara van Kolck (U. of Arizona and Université Paris-Saclay), Silas Beane (UW), Zohreh Davoudi (U. of Maryland) and Maria Piarulli (Washington U.). We explore the potential impacts of advanced technologies for theoretical low-energy nuclear physics.

IQuS

May 09 - 13 2022

Quantum Error Mitigation for Particle and Nuclear Physics (22-1b) Sale has ended

Organizers: Benjamin Nachman (LBNL), Christian Bauer (LBNL) , Wibe de Jong (LBNL), Kristan Temme (IBM), Abhinav Kandala (IBM) and Raphael Pooser (ORNL). We bring together a diverse cross-section of researchers from universities, national laboratories, and technology companies to address key challenges for achieving error reduction in quantum simulations performed on near-term quantum devices.

Institute for Nuclear Theory