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Introduction of this research area
Research Groups
A01”Challenges in accurate calculation of quantum systems with more than 10 bodies”
A02 “Refinement of Density Functional Theory for Exploring the Origin of Elements and the Properties of High-Density Nuclear Matter”
A03 “Building a Unified Platform for Finite Quantum Many-Body Computations”
B01 “Nuclear Quantum Effects Unraveled through Full-Degree Quantum Chemistry and Precise Molecular Spectroscopy with Optical Frequency Combs”
B02“Elucidation of the forces between baryons through the collaboration of scattering experiments and lattice QCD, and its application to hypernuclei“
B03 “Investigation of Heavy Neutron-Rich Nuclei for Elucidating the Mechanism of Heavy Element Synthesis”
B04 “Advancement of Compact Neutron Sources Using Precision Numerical Calculations”
Proposal of KAKENHI
Organization
General control group
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2025年9月7日
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The 4th Symposium on Cold Molecules and Precision Spectroscopy was held
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TOP
Introduction of this research area
Research Groups
A01”Challenges in accurate calculation of quantum systems with more than 10 bodies”
A02 “Refinement of Density Functional Theory for Exploring the Origin of Elements and the Properties of High-Density Nuclear Matter”
A03 “Building a Unified Platform for Finite Quantum Many-Body Computations”
B01 “Nuclear Quantum Effects Unraveled through Full-Degree Quantum Chemistry and Precise Molecular Spectroscopy with Optical Frequency Combs”
B02“Elucidation of the forces between baryons through the collaboration of scattering experiments and lattice QCD, and its application to hypernuclei“
B03 “Investigation of Heavy Neutron-Rich Nuclei for Elucidating the Mechanism of Heavy Element Synthesis”
B04 “Advancement of Compact Neutron Sources Using Precision Numerical Calculations”
Proposal of KAKENHI
Organization
General control group
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