Science & Technology

Rochester graduate Masatoshi Koshiba ’55 (PhD), who died November 12, received the 2002 Nobel Prize in Physics for detecting and measuring subatomic particles known as neutrinos.

An interim analysis of study data from a coronavirus vaccine being developed by Pfizer and BioNTech indicates that the vaccine is highly effective in preventing COVID-19. Researchers and volunteers in Rochester have been involved in the testing of the vaccine since May, when the first human studies were launched, and technologies used in the development of the vaccine can trace their origins to decades of infectious disease research conducted at the University of Rochester Medical Center.

Rochester researchers are building technology to predict the course of tendon injuries—a form of personalized medicine that will lead to more effective treatments.

New research demonstrates a way to use quantum properties of light to transmit information, a key step on the path to the next generation of computing and communications systems.

The Department of Energy funding, distributed to the Laser Lab and other LaserNetUS institutions, will provide beamtime for researchers across the globe to conduct laser experiments using network facilities.

Breakthrough by international optics team reveals how proteins behave in 3D, enabling new insights into cell behavior and disease progression

It’s still more science fiction than science fact, but perfect energy efficiency may be one step closer due to new research by Rochester physicists.

Nobel laureate Harvey Alter's work as an NIH hematologist led to profound improvements in blood transfusion safety and starkly reduced transmission of a potentially deadly virus.

Rochester researchers combine videography and artificial intelligence to track the interactions of microscopic immune cells in a living eye without dyes or damage, a first for imaging science.

NIH scientist Harvey Alter, who holds BA and MD degrees from Rochester, is the 13th Nobel laureate with ties to the University.

Rochester biologist Anne S. Meyer’s research into the mechanisms behind bacteria's responses may lead to more effective antibiotics and less antibiotic resistance.

The innovative fiber—made of seven capillaries surrounding a hollow core—may be a promising platform for quantum information processing and other applications.