Posts Tagged featured-post-side

The $3.5 million commitment from a generous patron for the expansion, renovation, and perpetual support of the museum’s Grand Gallery is the largest gift the museum has received in its 104-year history.

The International Theatre Program closes its fall semester with guest director Pirronne Yousefzadeh’s production of what she calls “a love letter to the theater.”

Since its 2013 launch under an award from the National Science Foundation, CeFO has been shaping the future of optical instrumentation on a global scale, and has more than doubled the number of partner companies in just this past year.

The makers of the latest Marvel blockbuster, Doctor Strange, wanted the fantasy film to have scientific substance. For help, they turned to astrophysicist Adam Frank, who was a science consultant on the film.

According to a national study, Rochester students voted in the 2012 presidential election at a similar rate to the national average — at around 42 percent. This year, students share their students of how they have become engaged in what for most will be their first political contest.

Andrew Light, a climate change policy expert and a philosopher, explains why the Paris Agreement is a breakthrough in climate change diplomacy, as this month’s Humanities Center Lecture Series continues its focus on the environment.

Rochester engineering professor Kevin Parker has devised a way to differentiate fine details in medical ultrasound images that currently appear as indistinguishable objects in shades of gray.

Energy Secretary Ernest Moniz (right), joined by Senator Charles Schumer, made his first visit to the Laboratory for Laser Energetics yesterday. Moniz and Schumer met with researchers and toured the facility, which is seen as a driver for regional innovation and growth.

An upcoming Humanities Project event reviews the experiences of the more than 120,000 people of Japanese ancestry who were forcibly removed from their homes and placed in remote relocation camps after the bombing of Pearl Harbor.

Using the same mathematical framework as the Rochester Cloak, researchers have been able to use flat screen displays to extend the range of angles that can be hidden from view. Their method lays out how cloaks of arbitrary shapes, that work from multiple viewpoints, may be practically realized in the near future using commercially available digital devices.