| ~2025 | Kotaro Kawamura |  | 
    
      | ~2025 | Shohtaro Takata |  | 
    
      | ~2025 | Kazuki Maruyama |  | 
    
      | ~2024 | Haapahovi Max Hubert |  | 
    
      | ~2024 | Toshikaze Chiba | Mechanical Modeling of Embryogenesis | 
    
      | ~2024 | Akiko Baba | Growth of Primitive Cell Membrane Coupled with Amino Acid Sequence | 
      
      | ~2024 | Keiya Goto |  | 
    
      | ~2024 | Julia Tanaka |  | 
    
      | ~2024 | Tatsuya Endo | Affiliation: Quantum Measurement and Functional Sensing
 | 
     
      | ~2024 | Ken Takagi |  | 
    
      | ~2024 | Keita Yanagiya |  | 
        
      | ~2023 | Henkys Ivo Thorben |  | 
    
      | ~2023 | Ryosuke Katayama |  | 
    
      | ~2023 | Takehiro Kurihara | Simulation of C.elegans Embryogenesis | 
    
      | ~2023 | Shuna Asanuma | Mechanism for Cooperating Primitive Cell Membrane with Amino Acid Sequence Selectively | 
    
      | ~2022 | Seiji Hatano | Chemical Oscillation of Glycolysis | 
    
      | ~2022 | Nagataka Kasai |  | 
    
      | ~2021 | Tetsuro Takahashi | Effects of intracellular O2 Production by Low-frequency Magnetic Field | 
    
      | ~2021 | Yuto Hachiya | Reaction-Coupling System between Information-molecules and Membranes | 
    
      | ~2021 | Takumi Miyamoto | Active Matter | 
    
      | ~2021 | Yoshiaki Miyahira |  | 
    
      | ~2021 | Keidai Sato |  | 
    
      | ~2021 | Nana Kayamori |  | 
    
      | ~2021 | Yuya Takashima |  | 
    
      | ~2020 | Noboru Nagata | Chemical Oscillation of Glycolysis | 
    
      | ~2020 | Hirotatsu Hatatani | Lipid Analysis | 
    
      | ~2019 | Wasawat Kiat-akom |  | 
    
      | ~2019 | Hiroaki Morohashi | Self-Driven Molecules | 
    
      | ~2019 | Masayuki Toyoda | Dynamics of the Fusion of Vesicles by Chemical Stimuli | 
    
      | ~2019 | Hikaru Hatori | DNA synthesis on  Vesicles | 
    
      | ~2018 | Takehiro Jimbo | 3-d Image Analysis of the Self-Production of Vesicles | 
    
      | ~2018 | Nipitpon Srimai |  | 
    
      | ~2018 | Ryuta Ebihara | Numerical calculation of adhering vesicles | 
    
      | ~2018 | Kazuki Yokoyama |  | 
    
      | ~2017 | Atsuji Kodama | liposome, chemotaxis, phase separation, phase transition, DSC | 
    
      | ~2017 | Ryota Kobayashi | Multi-Component Lipid System, Florescence Spectroscopy, DSC, GP, Mueller Matrix Microscope | 
    
      | ~2017 | Maresuke Nakayama | Effects of intracellular DNA Cutting by Low-frequency Magnetic Field | 
    
      | ~2017 | Harutaka Aoki |  | 
    
      | ~2016 | Touma Iida |  | 
    
      | ~2017 | Chihiro Nishigaki |  | 
    
      | ~2017 | Yoshitaka Hashimoto |  | 
    
      | ~2017 | Thomas Boeddenker |  | 
    
      | ~2016 | Marootpong Pooam |  | 
    
      | ~2015 | Itsuki Ando |  | 
    
      | ~2015 | Takuma Kono | Dynamics of Multi-Cellular Model | 
    
      | ~2015 | Masahiko Hasegawa | Effects of intracellular HSP Production by Low-frequency Magnetic Field,Western Blot | 
    
      | ~2015 | Honoka Fujii |  | 
    
      | ~2015 | Satoshi Shimanuki |  | 
    
      | ~2015 | Kouya Tamatsukuri | Magnetic Responce of Lipids,Polarization Responce | 
    
      | ~2014 | Keita Ikari |  | 
    
      | ~2014 | Yuichi Kawashima |  | 
    
      | ~2014 | Aya Nakamura | Effects of intracellular NO Production by Low-frequency Magnetic Field | 
    
      | ~2014 | Tomoka Harada | Micelle,Surfactants,Light Scattering | 
    
      | ~2014 | Yuta Yamada | Alternating magnetic fields,Fe,iron-cage protein,ferritin,ferrozine | 
    
      | ~2013 | Yudai Kousaka | Mueller matrix microscopy,living cell | 
    
      | ~2013 | Mattia Morandi | GUV,membrane deformation,ionic binding | 
    
      | ~2012 | Shinsuke Fukaya | Morecular aggregates,Lipid bilayer,Phase transition | 
    
      | ~2012 | HYVARINEN, Matias Hannu | Phospholipid model membranes |