Advanced laser/quantum beam, such as free electron laser and high-order harmonic pulses, have a possibility to pioneer a novel laser material processing. I am experimentally investigating phenomena in irradiating such advanced sources to the materials cooperating with theoretical studies in Ishikawa Lab.

I’ve been working in the field of light-matter interacting systems, mostly based on
first principles calculations like density functional theory (DFT) and Green function method (GW+BSE).　Non-pertubatively excited systems are one of the most exciting front lines of condensed matter physics.

I joined the Prof. Ishikawa theory group because they have outstanding theoretical expertise in the field of light-matter interaction, whether it’s atoms, molecules, or solids. I’m really enjoying working here. If you are interested in this exciting field, please don’t hesitate to get in touch with Professor Ishikawa.

Welcome and wish to meet you in Ishikawa/Sato Lab !

I get many feedback from the labmember, and I am doing research with joy.
I recommend Ishikawa lab to those who want to do quantum chemistry calculation using quantum computer.

The research lab has an open research atmosphere and the members are very enthusiastic about each other. If you want to study quantum computing, welcome to join the Ishikawa Research Lab!

There are no core hours, and you can conduct research at your own convenience.
In addition, there are several laboratories and research institutes with which we are connected, and you can be involved in research conducted by external laboratories and research institutes in addition to following up within the laboratory.

This is an excellent research laboratory for those who want to search for the secrets of physic world by using ultra-fast laser. I think you will enjoy the rigorous and free academic atmosphere of our laboratory.

Our lab is conducting cutting-edge theoretical research on quantum technologies such as lasers and quantum computers. In particular, I’m interested in how strong lasers and matter interact on the time scale of femtoseconds and attoseconds. There are countless stories in your life although it is just a fleeting moment in the universe. Even if it is a fleeting moment for us, there would be compelling stories between light and matter.

The research topics covered by our laboratory include a broad range of quantum physics and simulations. If you are interested, you are more than welcome to join us.