Ph.D. student Mohamad Moussa and Professor Marek Rychlik in the University of Arizona Department of Mathematics, have developed an improved method for mitigating data loss due to faults in the storage medium (disk).

UA professor of ecology and evolutionary biology Michael Worobey, Ph.D., has invented a new, sensitive method for retrieving genetic material (RNA) from heavily damaged samples, which was published in Nature in 2016. The technology is now available for license.

One year ago, through Tech Launch Arizona, the UA became an NSF I-Corps site. In the program’s first year 30 teams of inventors and scientists hit the ground running towards discovering how their inventions could create social and economic impact.

Inventor Jinhong Zhang, Ph.D., associate professor of mining and geological engineering in the University of Arizona’s College of Engineering, has developed a new substitute for concrete that startup Acrete is bringing to the marketplace.

The UA Tech Park brings together technology businesses and startups, linking university research to the market. Now, the Tech Park is transforming itself into a prime location to access the rest of the world.

University of Arizona startup that is commercializing error-correction technology for data storage and communications, has reported that it has raised approximately $700,000 in a round of angel investment funding.

Between 2013 and July 2016, TLA provided almost $2.2 million in Asset Development funding to prepare 82 early-stage technologies for licensing. So far in FY 2017, we have provided funds for seven projects and expect to award an additional four or five by the end of June.

A retro-reflector is a device or surface that is capable of reflecting light back to its source with minimal scattering. UA’s Russell Chipman, Ph.D., and Karlton Crabtree, Ph.D., created a novel design for a retro-reflector that increases the reflection efficiency while reducing the complexity of the system.

The University of Arizona has licensed a new tunable laser technology invented in the College of Optical Sciences to startup TPhotonics, Inc. The technology allows for devices that can produce a beam and tweak its wavelength on-the-fly.

In recognition of his prolific work as an impactful innovator and educator, optical sciences professor Nasser Peyghambarian, Ph.D. has been elected as a 2017 Fellow of the National Academy of Inventors. Read more. >