Research
To Understand Living Organisms Enough to Create
While majoring in physics during my undergraduate years, I engaged in engineering and robotic competitions. I was overconfident that I could create almost anything. However, my perspective completely changed when I realized that organisms are impossible to build. I became fascinated by their intricacies and decided to pursue a career in biophysics.
Early in my master's program, I struggled with high-speed and long-term imaging. This experience led me to develop my expertise in label-free observation. After exploring various quantitative phase microscopy (QPM) techniques, I pursued optical and theoretical backgrounds to improve the optimal method for live cell imaging, leading to my master's degree.
In my Ph.D. program, I focus on refining and applying QPM techniques and leading several projects. I also utilize my automation experience to promote laboratory automation.
Interests, Skills, and Techniques
Optical Design
Microscope Optics
Fourier Optics
Theoretical Physics
Electromagnetism
Stochastic, Information Thermodynamics
Cell Biology and Experiment
Physical Biology of the Cell
Cell culture
DNA cloning
Lipofection, Electroporation
Hardware Engineering
3D modeling (SOLIDWORKS, Fusion360, Solid Edge)
CNC Milling
Laser Processing
3D printing
Programming
Python
Deep Learning
Device Automation
Data Analysis
LabVIEW
Presentations and Posters
21st IUPAB Congress 2024
[27P-246]High-speed, high-resolution computational phase microscopy visualizing organelles
Yugo Inutsuka, Yasushi Okada
2024/6/27, Kyoto International Conference Center
IUPAB2024 Student and Early Career Researcher Poster Award
第129回日本解剖学会総会・全国学術集会
[2OpmC-05]新規定量位相顕微鏡法の開発
犬塚悠剛、岡田康志
2024/3/22、那覇文化芸術劇場なはーと
SPIE Photonics West 2024
[Paper 12853-7]High-speed, high-resolution computational phase microscopy for live cell imaging
Yugo Inutsuka, Yasushi Okada
27 January 2024, Moscone Center
定量生物学の会 第十一回年会
[P015]高速高分解能コンピュテーショナル定量位相顕微鏡
犬塚悠剛、岡田康志
2024/1/6-1/7、東京大学生産技術研究所
第61回生物物理学会年会
[1GM1545]Computational phase microscopy for live cell imaging with high spatiotemporal resolution
Yugo Inutsuka, Yasushi Okada
2023/11/14、名古屋国際会議場
学生発表賞
第1回細胞生物コロキウム
[O-8]高解像度コンピュテーショナル定量位相顕微鏡の開発
犬塚悠剛、岡田康志
2023/11/12、東京大学
ベストプレゼンター賞 博士の部
第75回日本細胞生物学会大会
[P - D3 - P001 - 063]Cell face ID を用いたセルトラッキング
谷口大相、犬塚悠剛、岡田康志
2023/06/30、奈良県コンベンションセンター
第75回日本細胞生物学会大会
[O - D1 - A001 - 006]高解像度コンピュテーショナル定量位相顕微鏡の開発
犬塚悠剛、岡田康志
2023/06/28、奈良県コンベンションセンター
FoPM International Symposium
[Contribution ID 37]Biophysics of the cells through quantitative phase microscopy and machine learning
Yugo Inutsuka
2023/02/06, Ito Hall
第74回日本細胞生物学会大会
[3A-108]ランチョンセミナー: 博士のキャリアをどう作る?経験者からのリアルな情報収集、ここでできます
藤原 郁子、櫛田 康晴、末次 志郎、前島 郁子、水谷晃輔、犬塚悠剛、金久保有希
2022/06/30、タワーホール船堀
DECODE seminar
定量位相顕微鏡と機械学習
犬塚悠剛、岡田康志
2022/05/24、オンライン
第127回日本解剖学会総会・全国学術集会
[2O-10-02]細胞集団ダイナミクス解析のための AI 技術による細胞トラッキングとプロファイリング
高尾大輔、犬塚悠剛、池崎圭吾、岡田康志
2022/03/28、オンライン