Detail Page
2021.4.11
New Youtube video has been open for public
New video has been uploaded on Youtube to introduce our facility and research activities.
2021.4.1
Member list updated!
The member list of our group has been updated!
2021.3.31
Farewell to Abe-san and Takemura-san
Abe-san and Takemura-san leave our group today.
Abe-san will be an assistant professor at the School of Engineering, Osaka University from 1st April.
Takemura-san will start her work in a private company.
We wish his/her further success in the new places.
2021.3.2
Hiroki’s paper is published in PRE
Hiroki’s paper is published in Physical Review E.
He developed a model of a laser-produced magnetic field with consideration of current diffusion and joule heating in a sheet-shaped gold coil. This experiment was performed on the OMEGA laser facility at the University of Rochester. Hiroki led the analysis and modeling in this international collaboration.
2021.2.11
Mc & Dc research report
Hiroki, Mao, and Ryunosuke have done superb presentations in the web conference reporting their achievements during doctoral or master courses.
2021.1.24
Dr. Liu moves to QST
Dr. Liu got his doctoral degree in our group the last December, and He will start to work at National Institutes for Quantum and Radiological Science Technology (QST) from this February.
2020.12.8
A collaborative work is published in PTRA.
This international collaboration work is published in Philosophical Transactions of the Royal Society A reporting Investigation of fast electron transport in a magnetized high-energy-density plasma.
2020.11.28
Celebrating Liu’s success of his doctoral dissertation
We took a memorial group photo for celebrating Liu’s success of his doctoral dissertation under the yellow ginkgo tree and clear blue sky.
2020.11.20
A collaborative work has been published in Scientific Report.
The collaborative work is published in Scientific Report. Cold neutrons can be produced with a high-power laser. This is great progress of laser-driven neutron source development.
2020.11.9
A collaborative work has been published in Scientific Reports.
The collaborative work is published in Scientific Reports. We performed a numerical simulation to investigate the effect of the plasma magnetization on the target-normal-sheath acceleration (TNSA) mechanism.
