Registration Room: Meeting room

Introduction Room: Meeting room

Giant Resonances in Highly Excited Nuclei - PrimeExamples for Various Decay Modes of Open Quantum Systems

• Achim Richter (TU Darmstadt)

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Juggling with single atoms to understand many body systems

• Selim Jochim (U Heidelberg)

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Changing decay mode with excitation energy for two-proton decay

• Kyle Brown (MSU)

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Coherent and chaotic dynamics of open quantum systems

• Alexander Volya (FSU)

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Influence functional approaches to quantum and classical open systems

• Gerard McCaul (Tulane U)

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Superconducting circuits as testbeds for atomic physics and quantum optics

• Joachim Ankerhold (Ulm U)

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Toward the understanding of near-threshold collectivity

• Marek Ploszajczak (GANIL)

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Nuclear Astrophysics experiment with Trojan Horse Method

• Giovanni Luca Guardo (INFN-LNS)

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Description of few-nucleon systems by solving Faddeev-Yakubovsky equation

• Rimantas Lazauskas (CNRS Strasbourg)

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Open effective field theories and universalit

• Hans-Werner Hammer (TU Darmstadt)

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From correlations to universality

• Alejandro Kievsky (INFN Pisa)

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Small helium clusters studied by Coulomb explosion imaging

• Maksim Kunitski (Goethe-Universität Frankfurt Am Main)

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Topological framework for directional amplification in one-dimensional coupled cavity arrays

• Clara Wanjura (University Of Cambridge)

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Nuclear scattering and reactions from ab initio no-core shell model with continuum

• Petr Navratil (TRIUMF)

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Quantum computing of nuclear dynamics

• Francesco Pederiva (Trento University)

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A single atom and the radiation field of free space – an experimental study

• Gerd Leuchs (Max Planck Institute For The Science Of Light)

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Low energy n scattering on light nuclei and 19B as a 17B-n-n three-body system close to unitary limit

• Jaume Carbonell (CNRS/IPN Orsay)

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Toward an in-medium effective field theory for the nuclear shell model

• Kevin Fossez (MSU)

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Mixed Quantum-Classical Nonrelativistic open quantum systems: a field theoretic approach

• Pietro Faccioli (Trento University)

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The Quantum Cheshire Cat effect: Can properties of quantum systems be delocalized?

• Alexandre Matzkin (CNRS)

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Applying Open Quantum Systems Techniques to Density Matrix Minimization

• Jacob Leamer (Tulane University)

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