Harvard University Office of Technology Development
Harvard University’s Office of Technology Development
Dedicated to Building Strategic Partnerships with Industry to Serve the Public Interest
OTD’s mission is to make the fruits of Harvard research more accessible outside the University, including underserved communities, and ensure that society benefits from Harvard innovations by fostering their swift, professional and effective development and commercialization. Our specific objectives include:
- Ensuring that Harvard research results are made widely available and transformed for public use and benefit.
- Serving as a dynamic bridge from laboratory to industry to make certain that promising new technologies are translated into products and services that benefit society and the world.
- Evaluating, patenting and licensing inventions and discoveries made by faculty of Harvard University, Harvard Medical School, Harvard School of Public Health and the School of Engineering and Applied Sciences.
- Stimulating innovation and technology development within the Harvard community and securing all necessary protection of the resulting intellectual property.
- Licensing Harvard technologies to strong, effective partners.
- Establishing start up ventures and building value around Harvard innovations.
- Building sponsored research collaborations with industry around faculty-initiated applied research projects.
Innovations (351):
- New fabrication process enables inexpensive production of complex, highly-articulated mechanical devices at the millimeter scale (18 AUG 11)
- N,N-Diarylureas and N,N-Diarylureas and N,N-Diarylthioureas as Inhibitors of Translation Inititation (12 AUG 11)
- Enhanced surface plasmon light transmission through a single aperture spaced from a single additional surface discontinuity or defined through a smooth resonant surface (27 JUL 11)
- High Resolution Devices Using Surface Plasmon Enhanced Illumination (27 JUL 11)
- Surface Plasmon Enhanced Illumination (27 JUL 11)
- Interaction-dependent PCR: Multiplexed identification of ligand-target pairs from DNA-encoded ligand/target libraries in a single solution-phase experiment (13 JUL 11)
- Cost-effective electrocatalysts for the production of chlorine (13 JUL 11)
- A method for determining if two series of events are related, or are merely similar by coincidence (09 JUL 11)
- Reactivation of infrared absorption in highly-doped silicon (09 JUL 11)
- Cardiac glycosides as treatments for inflammatory and autoimmune diseases (09 JUL 11)
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