Optical Society Celebrates Emil Wolf’s 90th Birthday
A leading expert in the fields of coherence and polarization properties of optical fields, he is well known for collaborating with Nobel Laureate Max Born on the book Principles of Optics. First published in 1959, it is now in its seventh edition and widely used by students to this day.
Rethinking Toxic Proteins on the Cellular Level
Histones are proteins needed to assemble DNA molecules into chromosomes. New research at the University of Rochester is causing a fundamental shift in the concept of histone balance and the mechanism behind it.
Brain’s Desire for Clarity Shapes Language
Many changes to language are simply the brain’s way of ensuring that communication is as precise and concise as possible.
University Helps Create New Crowdfunding Initiative for Academic Researchers
Last year, the University provided some of the initial money to create Innovocracy, a crowdfunding platform with a twist: Innovocracy deals exclusively with academic researchers who develop products that can benefit society.
University Launches Center for Developing Medical Devices and Other Medical Innovations
CMTI will also make use of the University’s Center for Entrepreneurship as it coordinates activities to develop technological solutions to clinical problems.
Physics Chair Applauds ‘Beautiful Experiments’ by Nobel Prize winners
The Nobel Prize for Physics was awarded today for work in the field of quantum optics, an area of physics that was pioneered in large part at the University of Rochester.
Gift to University Will Benefit the Sciences and Athletics
The gift will be used to create the Barbara J. Burger Endowed Scholarship in the Sciences, which will support one or more undergraduates each year in the pursuit of degrees in biology, chemistry, earth and environmental sciences, or physics.
Bringing “All Hands on Deck” on Big Data
Modeling future climates or using genomic analysis to understand the mechanisms of cancer both require analyzing vast or very complex data, and exploiting the opportunities of “big data” is one of the biggest challenges in computing.
How Much Gulf Spill Oil Was Consumed by Bacteria?
Researchers from the University of Rochester and Texas A&M University have found that naturally occurring bacteria that exist in the Gulf of Mexico consumed and removed at least 200,000 tons of oil and natural gas after the 2010 Deepwater Horizon spill.
What’s Big Data Got to Do with It?
A lot, as it happens. Henry Kautz, chair of the computer science department, and his colleagues have shown that Twitter messages can be harnessed to predict the spread of infectious diseases, for example.