Quantum Matter Science in the Universe Opened Up by Precise Numerical Calculations

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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
  • English
  • Japanese
Members Only
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  2. NEWS
2025年9月7日NEWS

The 4th Symposium on Cold Molecules and Precision Spectroscopy was held

2025年7月23日NEWS

“Daegu Theory Workshop on Nuclear Structure, Reaction, and Astrophysics: NuSRAP2025 Theory” was held.

2025年6月27日NEWS

Workshop “Recent progress of nuclear reactions and nuclear structure in theoretical side” was held

2025年6月27日NEWS

Co-hosting of the international conference APFB2025

2025年6月27日NEWS

Kick-off symposium was held

2025年6月27日NEWS

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MENU
  • 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
  • English
  • Japanese
Members Only
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