  | Wojciech Roga, Ph. D.I am a theoretical physicist working on quantum technologies. My interests include quantum information theory, open quantum systems, quantum enhanced imaging and quantum computing. I am interested in the interdisciplinary approach linking quantum technologies with computer science, quantum chemistry, data analysis, compressive sensing, etc. I received my Ph.D. in theoretical physics in 2011 at the Jagiellonian University in Cracow, Poland. Next I worked as a postdoc researcher at the University of Salerno in Italy, and Strathclyde University in Glasgow, UK. In 2017 I got a Japan Society for the Promotion of Science fellowship for short term research in Japan. In 2018 I joined the Quantum ICT Advanced Development Centre at the National Institute of Information and Communications Technology in Tokyo. Currently I am a researcher in the Quantum Information and Communication Theory Group in the department of Electronics and Electrical Engineering at Keio University and a member of the Keio Quantum Computing Center. About my publications and career learn more here or visit me at Keio University, Yagami Campus, 23-218 |
  | Kazufumi Tanji Grade: M2
Finished High School: Shinjuku High School About Research: I transferred to the Takeoka laboratory this year (2022). I’ve joined the distributed quantum computing project in this laboratory. Because I have been curious about the hardware of quantum computers, I’m delighted to research the center of my interest now. Although a quantum computer is still developing currently, and there are uncountable difficulties, I enjoy challenging the obstacle with mathematics and physics. Others: I like to listen to the radio while I cook. I belonged to the astronomy club in my bachelor’s, so I’m also fond of looking at stars. ※The picture is taken in Arc de Triomphe de l’Étoile. |
  | CHEVALIER BaptisteI am a M2 student from Sorbonne University in Paris (France). I graduated from University of Montpellier as computer science major. The master course I am following focus on quantum algorithms, cryptograhpy and QIT which allows me to have a nice background over the Quantum Information field. I am curently researching in the QIC group and my research topic is mainly about quantum algorithms, especially Variationnal Quantum Algorithms (VQA) and Quantum Machine Learning (QML). I believe those applications are the best way to use today NISQ devices and to start doing interesting stuff using quantum computers. Beside my research activities, I like learning languages, climbing and cooking (or maybe eating). |
 | Makoto IshiharaGrade: M1 Team: Quantum Network I am working on quantum information theory and continuous-variable quantum key distribution. |
  | Hikaru ShimizuGrade : M1 High School : Yokohama Suiran High School Team : Quantum Network I mainly work on quantum network project. Recently, I have been interested in quantum error correction. I like coffee, sauna and watching sports. |
 | Moe OtaI am a first-year master grade student at the Department of Electronics and Electrical Engineering at Keio University. I finished the Nanzan Girls’ High School in Nagoya. I am interested in quantum communication and cyber security. In QIC group I will work on quantum relay. I’m a tea lover, especially Oolong tea. I also like to take a walk, do programming and discover funny memes. |
 | Kazuki SuzukiI am a M1 student at the Electronics and Electrical Engineering Department at Keio University. I finished Keio Shiki senior high school in Saitama prefecture.
I am interested in something about quantum information and quantum computation. In particular, quantum network and ion trap quantum computer. I have joined the distributed quantum computing project in qic lab. I have some hobbies, and I like reading books and playing video games. |
 | Shintaro KanazawaI am a M1 student at the Electronics and Electrical Engineering Department at Keio University. I finished Keio Shiki high school. I have been eager in studying programming and machine learning, which makes me interested in machine learning using a quantum computer. In QIC group, therefore, I am going to work on quantum machine learning. I like listening to music, sento(public bath), coffee, and Burger King. I am interested in figura in musical rhetoric. |
 | Shunsuke NomotoI am a M1 student at the Electronics and Electrical Engineering Department at Keio University.
I finished the Ohmiya School in Saitama where I belonged to the soccer club.
I am interested in machine learning because I think it is basic technology that caused the current AI boom.
In QIC group I work on quantum machine learning.
Moreover, I belongs to the musical club and I often build the stage setting in the Hiyoshi campus. |
 | Eiichiro Kawai•School year
4th year undergraduate
•Areas of interest and reasons.
I would like to explore the reality of high-quality, fast and also highly reliable information theory using quantum.
I would like to contribute to the public society by understanding information from a new quantum aspect, because information and communication technology is indispensable in today’s public society.
•Laboratory team
Quantum network
•Brief self-introduction, including hobbies
My hobbies are watching cooking videos on YouTube and eating delicious food. Please give me your best regards. |
  | Shimpei Yamaguchi •School year 4th year undergraduate •Areas of interest and reasons. I’m interested in the topics about quantum machine learning and optimization problems which I’m recently studying in the lab. •Laboratory team Quantum Machine Learning •Brief self-introduction, including hobbies My hobby is football. I used to play football until 18 and now I belong to a futsal club. I also like music (both listening and playing). |
 | Yuya Miyazato •School year 4th year undergraduate •Areas of interest and reasons. Recently, as more and more personal information is entered on the Internet, we often wonder whether such information is being exchanged with sufficient security. Therefore, I am interested in the field of quantum cryptography, which creates information theoretically secure cryptosystems based on the principles of quantum mechanics. •Laboratory team Quantum network (experiment) •Brief self-introduction, including hobbies I enjoy going to live shows of my favorite artists and playing musical instruments. I especially like a genre called “alternative rock” from overseas. |
  | Ryota Sasaki •School year 4th year undergraduate •Areas of interest and reasons. What would it take to make a Doraemon?
I am sure that existing CPUs will not be enough and we will need some completely new device — a quantum computer! •Laboratory team Distributed quantum computing •Brief self-introduction, including hobbies Hometown: Fukuoka
Hobbies: electronics projects, programming, playing the piano, karaoke, watching anime, and etc.
Comment: Let’s enjoy researching together! |
  | Yoshihiko Ueda •School year 4th year undergraduate •Areas of interest and reasons. I’m interested in internet, especially quantum network. I also interested in the theory about QKD and quantum repeater. •Laboratory team Quantum network (theory) •Brief self-introduction, including hobbies Kyudo, listening to music |