Publications

Planned Research

Program A01 Precision measurements in atomic and molecular physics using a negative muon beam and its application to observations in astrophysics
Program A02 Investigation of deep inside of nuclei and neutron stars with high energy photons
Program B01 Development of a new non-destructive 3D elemental analysis method using negative muon beam
Program B02 Basic research of in-flight muon catalyzed fusion in the Mach shock wave interference region
Program B03 Highly spin-polarized RI beam and the application to nuclear and condensed-matter physics
Program C01 Novel and interdisciplinary application of hard X-ray and gamma-ray detectors
Program C02 Advanced negative muon beam development

Publicly Offered Research Part-II (FY2021–2022)

A01: Precision measurements in atomic and molecular physics using a negative muon beam and its application to observations in astrophysics
Program A01-4 Advanced Earth and Planetary Sciences developed by application of TES to XAFS studies
Program A01-5 Quantum electrodynamics of highly charged heavy ions studied with state-of-the-art cosmic X-ray detectors
Program A01-6 Quantum manipulation of exotic matters promoted with an innovative laser technology
Program A01-7 Study of dynamical processes toward the observation of parity non-conservation effects in muonic atoms
A02: Investigation of deep inside of nuclei and neutron stars with high energy photons
B01: Development of a new non-destructive 3D elemental analysis method using negative muon beam
Program B01-3 Muon analysis procedures for carbonaceous material in samples recovered by Hayabusa2 asteroid sample return mission
Program B01-4 Muonic X-rays imaging to detect metallic Li deposited in a Li-ion battery
B02: Basic research of in-flight muon catalyzed fusion in the Mach shock wave interference region
Program B02-1 Development of charged particle collection and transportation method
B03: Highly spin-polarized RI beam and the application to nuclear and condensed-matter physics
C01: Novel and interdisciplinary application of hard X-ray and gamma-ray detectors
Program C01-5 Development of new cancer therapy using compound activation by hard X-rays
Program C01-6 In vivo imaging of At-211 by using a CdTe semiconductor detector
Program C01-7 Imaging MeV gamma rays from TGF with high-resolution semiconductor imagers
Program C01-8 Development of high resolution radionuclide imaging for peritoneal dissemination of gastric cancer
Program C01-9 Development and application of precise timing semiconductor detectors
Program C01-10 (脳病態時における中枢神経系リンパ管の免疫細胞応答イメージング)
C02: Advanced negative muon beam development
D01: Cross-disciplinary Research
Program D01-5 Search for nuclear two-photon decay in highly charged ions
Program D01-6 Development of a particle identification detector for measuring high-momentum hadron beam reactions
Program D01-7 New development of pulsed beam experiments by real-time image correlation analysis
E01: Theoretical Research
Program E01-1 Fundamental aspects in generation of twisted gamma rays with ion beams

Publicly Offered Research Part-I (FY2019–2020)

A01: Precision measurements in atomic and molecular physics using a negative muon beam and its application to observations in astrophysics
Program A01-1 Quantum electrodynamics of highly charged heavy ions studied with state-of-the-art cosmic X-ray detectors
Program A01-2 Research on stable operation of superconducting transition-edge sensors in neutral particle measurement
Program A01-3 New approach to astrochemical reaction dynamics by a high-precision superconducting X-ray calorimeter
A02: Investigation of deep inside of nuclei and neutron stars with high energy photons
Program A02-1 Study of charge symmetry breaking from the precise and accurate measurement of the nn scattering length using virtual photons
Program A02-2 Development of data streaming front-end electronics for MPPC readout to realize Λp scattering experiment
B01: Development of a new non-destructive 3D elemental analysis method using negative muon beam
Program B01-1 Development of muon analysis procedures for carbonaceous material in samples recovered by Hayabusa2 asteroid sample return mission
Program B01-2 Negative muon capture process of electronic many-body effect in strongly correlated electron system
B02: Basic research of in-flight muon catalyzed fusion in the Mach shock wave interference region
B03: Highly spin-polarized RI beam and the application to nuclear and condensed-matter physics
Program B03-1 Development of highly spin polarized lithium and oxygen radioisotope beams for the study of battery materials
C01: Novel and interdisciplinary application of hard X-ray and gamma-ray detectors
Program C01-1 Development of multiple scattering Compton cameras for high sensitivity cosmic MeV observations and nuclear medicine
Program C01-2 Development of low gain avalanche detector for medical application
Program C01-3 Towards a new methodology of functional imaging for the central lymphatic system using an ultra-high-resolution SPECT
Program C01-4 Radionuclide-carrying liposomes for radio-theranostics and novel medical imaging
C02: Advanced negative muon beam development
Program C02-1 Development of a flat-top RF acceleration cavity for negative muon microbeam production
D01: Cross-disciplinary Research
Program D01-1 Synthesis and accumulation of space-weathered icy moon's surface materials uncovered by planetary quantum beam experiment and muon analysis
Program D01-2 Study on ion conductivity of fluoride ion battery
Program D01-3 Cosmic-ray observation using exotic atoms and applications of this new approach
Program D01-4 Visualization of valence and electronic states using elemental analisys with muonic X-ray
E01: Theoretical Research