Products

Awards

[1st May 2022] Yukawa Research Fellow in FY2022
Link (Yukawa Memorial Foundation)

[5th December 2020] Hashimoto prize
With great honor, I won the Hashimoto prize, with the ANPhA 1st prize, for the best presentation in the Young Researchers Session of the SNP School 2020, with 10,000 JPY as reward.
Certificate in JPEG
Link to the SNP school 2020
Refined version of my talk in YouTube

[25th February 2018] CAEN Best Young Speaker Award
With great honor, I won this prize, with 200 euros as reward, in the IVth Topical Workshop on Modern Aspects in Nuclear Structure in Bormio, Italy.
Certificate in JPEG
Link to this event's page

Research-related contents

[25th October 2022]
Programme written in Fortran 90 for the single-nucleon electric/magnetic transition amplitude.
This programme "TOSPEM.f90" solves the electric/magnetic transition amplitudes of the single proton in/around the spherical core nucleus. The initial and final states are numerically solved within the spherical Woods-Saxon potential. Reference = T. Oishi and N. Paar, Phys. Rev. C 100, 024308 (2019). However, several advanced options have been omitted in this open-source version.
Source code & Input file necessary

[12th December 2021]
PADOVA.f90: solver of the quantum-tunneling problem of two fermions in one-dimensional space.
This programme solves the Padova problem, namely the quantum-tunneling problem of two fermions in 1D spase. The physical scale is of nuclear physics, e.g. MeV & fm. The original paper = T. Oishi, L. Fortunato, A. Vitturi, J. Phys. G: Nucl. Part. Phys 45(10), 105101 (2018). However, several advanced options have been omitted in this open-source version.
All materials (PADOVA.tar.gz) & Demonstration in YouTube

[30th November 2021]
Programme written in Fortran 90 to compute the energy of nuclear matter as a function of proton and neutron densities interacting with Skyrme force
All files in tar.gz format

[27th November 2021]
DEQURK: solver of spherical Dirac equation. This programme written in Fortran 90 solves the spherical Dirac euqation with arbitrary sets of scalar and vector potentials.
All materials (dequrk4.tar.gz) & Note

[5th September 2021]
Lecture notes: please remember that there can be MANY mistakes!
Dirac equation for the relativistic motion
Basic formalism of relativistic nuclear many-body theory
HFB and QRPA applied to collective excitations
Basic formalism of time-dependent quantum-mechanical solution

[30th January 2021]
Movies for my teaching demonstration in YouTube.
Radioactive decaying rule from time-dependent quantum mechanics
Spin-orbit coupling: merit of Dirac equation

Hobby-related contents

Mine sweeper written in Python
8th March 2021
This is the source code of mine sweeper in Python. Use "python3 mine-sweeper.py" to run it.
Language = Python, version 3.6.9.
Source code: mine_sweeper.py

Mulligan simulator for playing cards of MTG in Python
4th September 2020
Purpose = to simulate the Mulligan check, where "Do_you_keep" in the source code determines the condition(s) to take Mulligan.
Language = Python, version 3.6.9.
Source code: Mulligan_or_Not.py

[26th March 2020]
Simulating code of infection
Purpose = to predict the number of people affected by the disease, as well as its time development.
Language = fortran 90
Source code: Infest.f90

[12th October 2016]
Solution of Lanchester's square law
Purpose = to analytically solve the Lanchester's square (N-square) law as a time-development problem of two armies in the battle.
Format = PDF & scripte file for GNUPLOT
Files: Note (PDF) & GNUPLOT script