Rochester researchers pursue quick ways to detect COVID-19—and better understand it
Nanomembranes, optical sensors, and blood analysis: Rochester faculty are turning previous research avenues to focus on ways to quickly detect novel coronavirus to speed treatment.
Can Twitter anticipate attacks against Asians and Asian Americans?
Rochester computer scientists mine social media data to discover links between social characteristics of Twitter users and how they are likely to describe the novel coronavirus.
Two LLE scientists awarded DOE funding for fusion research
Two awards from the Department of Energy will help Rochester scientists work to develop timely, commercially viable fusion energy.
Why is the universe made up almost exclusively of matter? Neutrinos may hold the key
Experiments conducted in a mine in Japan may hold clues to explain why the matter than makes up the universe escaped annihilation by anti-matter during the Big Bang.
Ventilators: Three centuries in the making
Modern mechanical ventilators—whose short supply is now at the center of a national debate about the nation’s preparedness for the COVID-19 pandemic—represent a “remarkable journey” of medical technology.
New laser technique will allow more powerful—and smaller—particle accelerators
Researchers at Rochester’s Laboratory for Laser Energetics have outlined a method to shape intense laser light in ways that could lead to tabletop experiments to probe the Higgs boson and explore the existence of extra dimensions.
Eradicating smallpox: A Rochester-trained scientist led the way
How a Rochester graduate oversaw a global effort to eliminate smallpox, an infectious disease that had plagued the world’s population for 4,000 years.
How do you slow a pandemic like coronavirus?
A University health policy expert says the United States is “lagging miserably” behind other countries in its response to the coronavirus. “The major concern is that we will see a large number of critically ill people at the same time, overwhelming our medical system response,” she says.
To combat climate change, human activities more important than natural feedbacks
Permafrost in the soil and methane hydrates deep in the ocean are large reservoirs of ancient carbon. But even if methane is released from these large natural stores, new Rochester data shows that the bigger concern is methane released from human activities.
Methane emitted via human fossil fuel use ‘vastly underestimated’
Reducing emissions from human activities like fossil fuel extraction and use will have a greater impact on curbing future global warming than scientists previously thought, a new Rochester study suggests.