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Resonance triplet dynamics in the quenched unitary Bose gas
Physical Review ResearchThe quenched unitary Bose gas is a paradigmatic example of a strongly interacting out-of-equilibrium quantum system, whose dynamics become difficult to describe theoretically due to the growth of non-Gaussian quantum correlations. We develop a conserving
J. van de Kraats +3 more
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Few-Body Correlations in Fermi Systems
, 2000 8 pages, talk at workshop on "Quark Matter in Astro- and Particle Physics" held in Rostock, Germany, November 27 - 29 ...
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Probing few-body systems with bremsstrahlung
Nuclear Physics A, 1999A series of bremsstrahlung measurements have been performed at KVI with the 190 MeV polarized proton beam of the new superconducting cyclotron, AGOR. The aim of these measurements is to investigate the dynamics of interactions involving intermediate off-shell nucleons. Nucleon-nucleon bremsstrahlung is the most fundamental process used for such studies
Huisman, H. +16 more
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Nuclear Physics A, 2004
Abstract Transport in few body systems is a subject of importance in a very wide variety of problems. These range from large macroscopic systems found in celestial mechanics through the small microscopic systems of nuclear physics. In this paper we outline a theory of multidimensional ( N ≥ 3) transport that is applicable to all of these systems ...
C JAFFE, T UZER
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Abstract Transport in few body systems is a subject of importance in a very wide variety of problems. These range from large macroscopic systems found in celestial mechanics through the small microscopic systems of nuclear physics. In this paper we outline a theory of multidimensional ( N ≥ 3) transport that is applicable to all of these systems ...
C JAFFE, T UZER
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AIP Conference Proceedings, 1995
We report twelve experiments involving few nucleons systems. The general purpose of the reactions with two or three nucleons is learning about barion‐barion interaction, providing experimental constraints to model parameters in the scope of meson exchange theories, and making decisive contributions to phase shift analysis.
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We report twelve experiments involving few nucleons systems. The general purpose of the reactions with two or three nucleons is learning about barion‐barion interaction, providing experimental constraints to model parameters in the scope of meson exchange theories, and making decisive contributions to phase shift analysis.
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Probing the few-body systems with bremsstrahlung
AIP Conference Proceedings, 2000A series of bremsstrahlung measurements have been performed with the superconducting cyclotron, AGOR, at KVI. These measurements, on the proton-proton and proton-deuteron systems, aim to investigate the nucleon-nucleon interaction as the nucleons go off their mass shell.
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2013
Abstract Recent advances in controlling interatomic interactions, coupled with new techniques for producing and interrogating exotic regimes in ultracold quantum gases, have resulted in the emergence of ultracold systems as a natural and inspiring playground for few-body physics, feeding the robust and interdisciplinary growth of this field.
Yujun Wang +2 more
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Abstract Recent advances in controlling interatomic interactions, coupled with new techniques for producing and interrogating exotic regimes in ultracold quantum gases, have resulted in the emergence of ultracold systems as a natural and inspiring playground for few-body physics, feeding the robust and interdisciplinary growth of this field.
Yujun Wang +2 more
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Probing Few-Body Systems with Bremsstrahlung
2000A series of bremsstrahlung measurements have been performed with the superconducting cyclotron, AGOR, at KVI. These measurements, on the proton-proton and proton-deuteron systems, aim to investigate the nucleon-nucleon interaction as the nucleons go off their mass shell.
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Nuclear Physics A, 1986
Abstract Three fascinating aspects of few-body Λ-hypernuclei are discussed: 3-body forces, charge symmetry breaking, and ΛN-ΣN coupling. The need for improved data on hyperon-nucleon scattering is emphasized.
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Abstract Three fascinating aspects of few-body Λ-hypernuclei are discussed: 3-body forces, charge symmetry breaking, and ΛN-ΣN coupling. The need for improved data on hyperon-nucleon scattering is emphasized.
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Few-Body Systems, 2011
Signatures of large few-body systems were recently observed in experiments with ultracold gases. This paper presents a brief introductory review of related theoretical concepts and recent experimental advances.
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Signatures of large few-body systems were recently observed in experiments with ultracold gases. This paper presents a brief introductory review of related theoretical concepts and recent experimental advances.
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