You can narrow the list of research topics to those that suit your particular project.
| Category |
Research topic |
Researcher |
University or institution |
Keywords |
|
| University |
Breaking new ground in materials, processes, and systems with the ultimate goal of energy self-sufficiency |
Yasushi Murakami |
Shinshu University |
inorganic nanofiber, energy self-sufficiency, heat, electricity, sunlight |
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|
| University |
Developing new luminescent materials and energy-storing materials using nanocarbon |
Yoshiyuki Hattori |
Shinshu University |
fluorescent nanocarbon, nanocarbon, carbon nanotubes, graphene, carbon nano-horns, energy-storage devices, super capacitors |
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|
| University |
Using a computer to examine the properties of substances in a “dry lab,” thereby performing chemistry without experimentation |
Yasushi Nomura |
Shinshu University |
computer, optical properties, carbon, fullerenes |
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|
| University |
Utilizing organic chemistry to solve biological phenomena: Searching for biologically active substances and developing new reactions and medicines |
Yoshinori Nishii |
Shinshu University |
antiviral property, blood platelet coagulation inhibiting properties, natural substance, antibacterial, bactericidal, pheromones |
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|
| University |
Fiber as the key to preventing global warming: CO2 sequestration from the atmosphere and efficient utilization of CO2 |
Nobuhide Takahashi |
Shinshu University |
CO2, global warming, separating, cylindrical hollow fiber membrane |
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|
| University |
Creating gels from numerous liquids throughout the world and investigating a wide array of applications for supramolecular gels |
Masahiro Suzuki |
Shinshu University |
gelling, low-molecular-weight gelling agents, oil-processing agents, cosmetics, medical, pharmaceutical applications, foods, writing supplies, paints, inks, electronic devices, LCDs |
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|
| University |
Small is BIG: Developing state-of-the-art nano-materials for use in fuel cells and supercapacitors |
Wataru Sugimoto |
Shinshu University |
fuel cells, supercapacitors, nano-materials |
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|
| University |
Interdisciplinary Chemical Physics exploring the microscopic mechanisms of life phenomena |
Takaaki Sato |
Shinshu University |
water, biomolecules, spectroscopic techniques, scattering techniques, pharmaceuticals, cosmetics, detergents |
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|
| University |
Fabrication of high‐function fibers to facilitate safer and more comfortable lifestyles |
Yasuo Gotoh |
Shinshu University |
high performance, conductive, antibacterial properties, high functionality |
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|
| University |
Discovering new functional materials through nanotech and realizing new functionality by imitating the structure of living things |
Mutsumi Kimura |
Shinshu University |
energy, chemicals found, conversion, environment, hazardous substances, breaking down, chemical sensors, solar panels |
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|
| University |
Exploring the future of biochemical research |
Kousaku Ohkawa |
Shinshu University |
live in water, phyla Mollusca, Arthropoda, bivalve clams, byssus, fiber |
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|
| University |
Photocatalytic Reaction Systems Supported on Fibers and Beads |
Hisanao Usami |
Shinshu University |
photocatalyst, pollutant, degradation, oxidation and reduction, photocatalytic reaction system, microporous glass reactor, sunlight |
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|
| University |
Developing environmentally friendly organic materials that can be easily broken down and recycled after use |
Yoshihiro Itoh |
Shinshu University |
environmental, broken down, materials, surfactants, plastics, chemical degradability |
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|
| University |
Tapping organic EL to bring us future products such as televisions that can be rolled up and carried and ceilings with built-in lighting |
Musubu Ichikawa |
Shinshu University |
lighting, displays, organic EL(organic LED), rolled up and carried around, televisions, computer, reducing power consumption |
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|
| University |
Metal and metal oxide nanomaterials for our daily life |
Naoki Asao |
Shinshu University |
energy, environmental, metal oxide nanomaterials, nanoporous metals, heterogeneous catalysts |
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|
| University |
Bioengineered flapping wing robots and biology‐inspired flow control |
Hikaru Aono |
Shinshu University |
biomechanical engineering, bioacoustics, fluid engineering |
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|
| University |
Assistive Technology for Activities of Daily Living in our new lifestyle |
Atsushi Tsukahara |
Shinshu University |
assistive technology for activity of daily living (ADL), locomotive syndrome, human assistive robots/devices |
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|
| University |
Toward realization of a surface robot with shape shifter function |
Noriyasu Iwamoto |
Shinshu University |
robots, control theory, operation control |
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|
| University |
Equating biology with engineering through animal experimentation |
Toru Moriyama |
Shinshu University |
pill bug, giant isopod, instinctive behavior, adaptive, maladaptive |
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|
| University |
From neurotrauma to neuroregeneration |
Hiromichi Nakadate |
Shinshu University |
brain concussion, neurons, faxonal injury |
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|
