Resarch Projects List
There is the Mentor list. Please select the project which you want to join.
The projects are categorized as Computer Science, Engineering, Physics, Biology and Marine Biology.
Computer Science
Number | Mentor Name | Scientific interest | Japanese level | Max. num. of mentees | Project title |
---|---|---|---|---|---|
C-1 | Roman Koshkin | computational neuroscience, deep learning | none | 2 | Intro to Deep Leaning with Python |
C-2 | Milena Menezes Carvalho | Computational Neuroscience | advanced | 2 | Building and simulating networks of artificial neurons |
C-3 | Ianto Cannon | Fluid mechanics, Physics, Coding | intermediate | 2 | Simulating a pendulum with python |
C-4 | Alexey Martyushev | Computational Neuroscience, Mathematical models of cells and viruses | basic | 3-5 | computational neuroscience or Mathematical models of cells and viruses |
Engineering
Number | Mentor Name | Scientific interest | Japanese level | Max. num. of mentees | Project title |
---|---|---|---|---|---|
E-1 | Yuji Kanagawa | Neuroscience, Artificial Intelligence, Robotics | fluent | 4 | Programming Smartphone Robots |
E-2 | Stephen Estelle | Mechanical Design | basic | 2 | Inventing with 3D Printers and Lasers |
Physics
Number | Mentor Name | Scientific interest | Japanese level | Max. num. of mentees | Project title |
---|---|---|---|---|---|
P-1 | Charlotte de Blois | fluid, soft matter | none | 4 | The super powers of soap and liquids interface |
P-2 | Morihiro Ohta | Experimental Physics | fluent | 2 | Measurement of the speed of sound with Raspberry Pi |
Biology
Number | Mentor Name | Scientific interest | Japanese level | Max. num. of mentees | Project title |
---|---|---|---|---|---|
B-1 | Charles Whitaker | immunology, molecular biology | advanced | 1 | cloning, transfection, and Expression of GFP in cultured cell |
B-2 | Dan Kozome | Protein engineering | fluent | 2 | Let's collect some fungus-killing proteins from the Gajumaru! |
B-3 | Soumen Jana | Neuroscience, neuron, dendrites | none | 1 | How neuron integrate information and give output? |
B-4 | Melissa Matthews | structural biology | intermediate | 2 | Structural Studies of Macromolecular Protein Complexes by Cryo-electron Microscopy |
B-5 | Jan Grasic | molecular/cell biology | basic | 1 | Plasma membrane damage |
B-6 | Yoshiki Ochiai | Methyltransferase; Biochemistry; Biology | fluent | 2 | Proteins at work: Restriction enzymes and methytransferases |
B-7 | Kiyoto Kurima | Molecular biology, Genetics | fluent | 3 | Investigation of genetic information from our own DNA |
B-8 | Hiroto Ashitomi | Molecular cell biology | fluent | 2 | Principle and practice of the 'PCR' test - examining your own genes |
B-9 | Shubham Gautam | Insect brain evolution, Evolutionary biology, Ecology, Neuroecology | basic | 2 | Studying brain morphology of ants |
B-10 | Hiroaki Sako | Molecular biology | fluent | 1-2 | protein misfolding |
B-11 | Nobuaki Mizumoto | swarm, social insects, collective behavior, fossil | fluent | 3 | Comparative analysis of behavioral rule in termites |
B-12 | Yohsuke Moriyama | Cell biology | fluent | 3 | Microscopic observations of cell and organellar structures |
B-13 | Tomoya Noma |
genome editing, genomics, evolution |
fluent | 2 | [Create and Understand Life] Learn about simple genetic modification techniques and design the genes what you want to create. |
B-14 | Miyu Nambu | Neuroscience | fluent | 2 | Observing the expression of green fluorescent protein in the mouse brain |
Marine Biology
Number | Mentor Name | Scientific interest | Japanese level |
Max. num. of mentees |
Project title |
---|---|---|---|---|---|
M-1 | Filip Husnik | evolution, cell biology, microbiology, marine science, genomics, computer science, ecology | basic | 2 | Microscopy of marine microbial eukaryotes from around Okinawa |
M-2 | Dewi Langlet | Marine ecology, symbiosis, sediment geochemistry, benthic foraminifera | basic | 2 | The role of benthic foraminifera in Okinawa marine ecosystem |