To drill down on anti-Asian hate crimes, Rochester researchers harness social media
Information gleaned from thousands of Twitter users lets the researchers gauge public opinion toward #StopAsianHate and #StopAAPIHate.
A new way to make AR/VR glasses look more like regular glasses
Rochester researchers are combining freeform optics and a metasurface to avoid ‘bug eyes’ in AR/VR glasses and headsets.
Will your future clothes be made of algae?
For the first time, Rochester researchers have used 3D printers and a novel bioprinting technique to print algae into living, photosynthetic materials that are tough and resilient.
Laser-driven experiments provide insights into the formation of the universe
Researchers at the Laboratory for Laser Energetics have captured for the first time in a laboratory setting the process thought to be responsible for generating and sustaining astrophysical magnetic fields.
An optical coating like no other
Researchers in the Institute of Optics have developed a new class of optical coatings, Fano Resonance Optical Coatings, that can both reflect and transmit the same wavelength simultaneously.
American child welfare system has lost its way, says Rochester historian
A shift starting in the late 1960s has targeted poor families with unnecessary investigations and child removals at the expense of services, argues Rochester health policy historian and physician Mical Raz.
Can social networks help us be more creative?
Our interactions on social media could encourage new ways of thinking and different perspectives, if creativity was considered part of the network’s algorithms, say Rochester researchers.
Rochester researchers uncover key clues about the solar system’s history
Researchers have used magnetism to determine, for the first time, when asteroids that are rich in water and amino acids first arrived in the inner solar system.
‘Organ on a chip’ is the wave of the future
Rochester researchers are building technology to predict the course of tendon injuries—a form of personalized medicine that will lead to more effective treatments.
A route to better antibiotics: understanding ‘stressed bacteria’
Rochester biologist Anne S. Meyer’s research into the mechanisms behind bacteria’s responses may lead to more effective antibiotics and less antibiotic resistance.