Lehigh University Office of Technology Transfer(x)
The Lehigh University (LU) Office of Technology Transfer (OTT) manages, protects and licenses to industry, the intellectual property developed and created at Lehigh, while serving faculty, staff and students in all aspects of intellectual property.
The Office of Technology Transfer:
● protects LU Intellectual Property (IP)
● markets & licenses university technologies
● negotiates material transfer, confidentiality & license agreements
● supports regional, state and national economic development
● promotes new and existing industry and government relationships
● consults with sponsored research on IP aspects of research contracts
● ensures university compliance with federal regulations related to IP
● educates the university community regarding IP and tech-transfer process
For additional information, please feel free to browse the OTT web-site. – Lehigh University OTT
posted by Lehigh University Office of Technology Transfer
on 01/15/2008
in Computer Software, Process/Procedure
The “leading-indicator engine” is a methodology/software that identifies products that provide advanced warning for demand changes for a product group. The core technique is a statistical method kn...
posted by Lehigh University Office of Technology Transfer
on 01/15/2008
in Gene Therapy, Genomics/Genetics, Process/Procedure
Force Spectroscopy for Genomics delivers fast and affordable genome sequencing through detection of a single nucleotide addition (SNA) by analysis of changes in mechanical properties and molecular ...
posted by Lehigh University Office of Technology Transfer
on 01/15/2008
in Communication, Computer Hardware, Devices, Diagnostic, Electrical, Imaging, Materials, Nanotechnology, Optics
The manufacturing of broadband semiconductor lasers has broad applications in optical communications and high sensitive bio imaging based on the emerging technology in optical coherence tomography....
posted by Lehigh University Office of Technology Transfer
on 01/15/2008
in Chemicals, Drug Delivery
Researchers from Lehigh University and the Mount Sinai School of Medicine have developed new compounds and shown that significant anti-viral activity occurs with the use of conjugates of persulfate...
posted by Lehigh University Office of Technology Transfer
on 01/14/2008
in Communication, Devices, Electrical, Materials, Nanotechnology
A new gold-vanadium oxide alloy that exhibits high hardness and low electrical resistivity compared to other gold alloys used in micromechanical switches has been developed for radio frequency devi...
posted by Lehigh University Office of Technology Transfer
on 01/14/2008
in Communication, Devices, Electrical, Process/Procedure
This invention uncovers a method of applying a suitable modulated bias to the dummygate (or fieldplate) in RFLDMOSFETs to improve the efficiency and output power. Initial tests of this technique sh...
posted by Lehigh University Office of Technology Transfer
on 01/14/2008
in Communication, Computer Hardware, Devices, Drug Delivery, Electrical, Transportation
A methodology was developed for the hardware implementation of an optimization based control algorithm. A combination of simulations and emulations is used in series of parametric tests to determin...
posted by Lehigh University Office of Technology Transfer
on 01/14/2008
in Communication, Computer Hardware, Devices, Diagnostic, Electrical, Imaging, Materials, Optics, Therapeutic, Transportation
The technology of this invention allows the engineering of gallium nitride-based quantum well gain media resulting in a significantly larger optical gain for blue-green-red wavelength regimes, in c...
posted by Lehigh University Office of Technology Transfer
on 01/14/2008
in Biomedical, Drug Delivery, Materials, Nanotechnology, Process/Procedure
The present invention provides a method, based on sol-gel processing and polymerization-induced phase separation, for preparing a silica-based bioactive scaffold, in which the pore structure, consi...
