Licensing Opportunities
OIST Technology Licensing Section seeks out partners in industry with whom OIST researchers can work to develop new technologies. Potential partners are invited to contact the Technology Licensing Section:
- to license existing technologies from our patent portfolio
- to collaborate to further develop technologies from our technology portfolio
- to find members of the OIST research community with expertise in specific areas
- to propose projects that may be of mutual interest
The Technology Transfer Manager can be contacted at tls@oist.jp or +81-(0)98-966-8937.
|
|
Material Science |
Health Care |
|
Electro Optics |
Environment |
|
Artificial Intelligence & Computer Science
| Efficient Reinforcement Learning Algorithm For Complex Environments (No. 0198) | Tomoki Fukai Faculty of Neural Coding and Brain Computing Unit |
| Novel Simulation and Device Control Architecture for Entertainment Devices (No. 0132) | Yoshiyuki Asai Integrated Open Systems Unit |
| Robotic Control Using Direct Inverse Reinforcement Learning (No. 0061,0097) | Kenji Doya Faculty of Neural Computation Unit |
Chemistry & Material Science
| Cost Effective and Environmentally Friendly Organic Long Persistent Luminescence (OLPL) System (No. 0196,0197) | Ryota Kabe Faculty of Organic Optoelectronics Unit |
| Non-Aqueous Buffer Compound (No. 0168) | Fujie Tanaka Faculty of Chemistry and Chemical Bioengineering Unit |
| Novel Cathode for Lithium-Sulfur Battery (No. 0203) | Yabing Qi Faculty of Energy Materials and Surface Sciences Unit |
| Single Component Organic Long Persistent Luminescence (OLPL) Polymer (No. 0208) | Ryota Kabe Faculty of Organic Optoelectronics Unit |
| Light-Emitting Smart Polymer Films (No. 0206) | Julia Khusnutdinova Faculty of Coordination Chemistry and Catalysis Unit |
| Light-Emitting Smart Polymer (No. 0179) | Julia Khusnutdinova Faculty of Coordination Chemistry and Catalysis Unit |
| Light-Emitting Crystals (No. 0184) | Julia Khusnutdinova Faculty of Coordination Chemistry and Catalysis Unit |
| Organic Long Persistent Luminescence (OLPL) Material (No. 0165, 0166) | Ryota Kabe Faculty of Organic Optoelectronics Unit |
| Silicon Anodes Having A Nano-Vault Structure (No. 0189) | Panagiotis Grammatikopoulos Dean's Research Group |
| Pyrrolidine-3-Carboxylic Acid Derivatives (Beta-Proline Derivatives) (No. 0106) | Fujie Tanaka Faculty of Chemistry and Chemical Bioengineering Unit |
| Oligosaccharide C-glycoside Derivatives For Drug Discovery (No. 0139) | Fujie Tanaka Faculty of Chemistry and Chemical Bioengineering Unit |
| Synthesis of Novel Pharmaceutical Synthons (Spirooxindoles) (No. 0023) | Fujie Tanaka Faculty of Chemistry and Chemical Bioengineering Unit |
| Hybrid Chemical Vapor Deposition (HCVD) System for Manufacturing Perovskite (No. 0068, 0089, 0182) | Yabing Qi Faculty of Energy Materials and Surface Sciences Unit |
| System for manufacturing a pinhole-free Hole Transport Layer (HTL) compatible with perovskite-based devices (No. 0076, 0087) | Yabing Qi Faculty of Energy Materials and Surface Sciences Unit |
| System for Automated Performance Assessment of Perovskite-based Optoelectronic Devices (No. 0104) | Yabing Qi Faculty of Energy Materials and Surface Sciences Unit |
| Chemical Vapor Deposition (CVD) System for Manufacturing Lead-Free Perovskite (No. 0059, 0064, 0092) | Yabing Qi Faculty of Energy Materials and Surface Sciences Unit |
| Dihydropyrans from Pyruvates in a One-Pot Reaction (No. 0022) | Fujie Tanaka Faculty of Chemistry and Chemical Bioengineering Unit |
| Sulfone-substituted Cyclopropanes and Their One-step Synthesis (No. 0128) | Eugene Khaskin Science and Technology Group |
Medical & Health Care
| Evaluation of the Risk of Frailty using Blood Metabolite Markers (No. 0169) | Mitsuhiro Yanagida G0 Cell Unit |
| Rapid Nano-Flow Cytometry for Virus Detection (No. 0192) | Tsumoru Shintake Faculty of Quantum Wave Microscopy Unit |
| Accurate Identification of Small Chemical Compounds’ Structure, Using Fragmented Ions (No. 0120) | Eisuke Hayakawa Evolutionary Neurobiology Unit |
| Novel Simulation and Device Control Architecture for Entertainment Devices (No. 0132) | Yoshiyuki Asai Integrated Open Systems Unit |
| Multi-Well Plate With Uniform Electric Field (No. 0088) | Amy Shen Faculty of Micro/Bio/Nanofluidics Unit |
| Micro & Nano Patterned Multiplex Biomaterials (No. 0100) | Amy Shen Faculty of Micro/Bio/Nanofluidics Unit |
Pharmaceuticals
| Novel Vesicular Stomatitis Virus (VSV) Vector for Regenerative Medicine(No. 0202) | Yohei Yokobayashi Faculty of Nucleic Acid Chemistry and Engineering Unit |
| Novel Method for inducing M-protein Specific Immunity (No. 0204) | Hiroki Ishikawa Faculty of Immune Signal Unit Unit |
| Pyrrolidine-3-Carboxylic Acid Derivatives (Beta-Proline Derivatives) (No. 0106) | Fujie Tanaka Faculty of Chemistry and Chemical Bioengineering Unit |
| Oligosaccharide C-glycoside Derivatives For Drug Discovery (No. 0139) | Fujie Tanaka Faculty of Chemistry and Chemical Bioengineering Unit |
| Synthesis of Novel Pharmaceutical Synthons (Spirooxindoles) (No. 0023) | Fujie Tanaka Faculty of Chemistry and Chemical Bioengineering Unit |
| Dihydropyrans from Pyruvates in a One-Pot Reaction (No. 0022) | Fujie Tanaka Faculty of Chemistry and Chemical Bioengineering Unit |
| Sulfone-substituted Cyclopropanes and Their One-step Synthesis (No. 0128) | Eugene Khaskin Science and Technology Group |
Physics & Electro Optics
| Real-Time Imaging of Previously Unseen Protein Structures (No. 0201) | Tsumoru Shintake Faculty of Quantum Wave Microscopy Unit |
| Novel Laser-Driven Microplasma Extreme Ultraviolet Source (No. 0158) | Keshav Dani Faculty of Femtosecond Spectroscopy Unit |
| Rapid Nano-Flow Cytometry for Virus Detection (No. 0192) | Tsumoru Shintake Faculty of Quantum Wave Microscopy Unit |
Renewable Energy & Environment
| Hybrid Chemical Vapor Deposition (HCVD) System for Manufacturing Perovskite (No. 0068, 0089, 0182) | Yabing Qi Faculty of Energy Materials and Surface Sciences Unit |
| System for manufacturing a pinhole-free Hole Transport Layer (HTL) compatible with perovskite-based devices (No. 0076, 0087) | Yabing Qi Faculty of Energy Materials and Surface Sciences Unit |
| System for Automated Performance Assessment of Perovskite-based Optoelectronic Devices (No. 0104) | Yabing Qi Faculty of Energy Materials and Surface Sciences Unit |
| Chemical Vapor Deposition (CVD) System for Manufacturing Lead-Free Perovskite (No. 0059, 0064, 0092) | Yabing Qi Faculty of Energy Materials and Surface Sciences Unit |
| Silicon Anodes Having A Nano-Vault Structure (No. 0189) | Panagiotis Grammatikopoulos Dean's Research Group |
Research Tools
| Cost Effective and Environmentally Friendly Organic Long Persistent Luminescence (OLPL) System (No. 0196,0197) | Ryota Kabe Faculty of Organic Optoelectronics Unit |
| Non-Aqueous Buffer Compound (No. 0168) | Fujie Tanaka Faculty of Chemistry and Chemical Bioengineering Unit |
| Multi-Well Plate With Uniform Electric Field (No. 0088) | Amy Shen Faculty of Micro/Bio/Nanofluidics Unit |
| Micro & Nano Patterned Multiplex Biomaterials (No. 0100) | Amy Shen Faculty of Micro/Bio/Nanofluidics Unit |
| Accurate Identification of Small Chemical Compounds’ Structure, Using Fragmented Ions (No. 0120) | Eisuke Hayakawa Evolutionary Neurobiology Unit |
| Real-Time Imaging of Previously Unseen Protein Structures (No. 0201) | Tsumoru Shintake Faculty of Quantum Wave Microscopy Unit |
Technology summary sheets in our older format are listed below:
| Technology Summary |
Patent | Movie | News Article |
POC | Lab Website |
||
| ICT | |||||||
| Microwave Amplification by a Spin Maser |  |
US 2020/0287343 | Konstantinov Unit | ||||