Physics without fear: a course for students across disciplines

Assistant professor Natasha Holmes redesigned her course Physics of the Heavens and Earth with innovative active learning activities so that non-majors could better understand the concepts.

Native ironworkers’ tradition continues on North Campus

This month, a crew of mostly Native ironworkers on the North Campus Expansion Project presented Native students with the cloth image of the Hiawatha wampum belt they’d flown from their crane.

Spires wins MLA award for ‘Practice of Citizenship’ book

Derrick Spires has won the Modern Language Association (MLA) Prized for a First Book for “The Practice of Citizenship: Black Politics and Print Culture in the Early United States.”

NYS can achieve 2050 carbon goals with Earth’s help

By delving into scientific and economic data, Cornell engineers have examined whether New York could achieve a statewide carbon-neutral economy by 2050. Their finding: Yes – and with five years to spare.

Cornell postdoc detects possible exoplanet radio emission

By using a radio telescope array, a Cornell postdoc and an international team of scientists may have detected emissions from a planet beyond our own solar system.

Cornell team seeks mercy for Lisa Montgomery

Cornell faculty and students have led a campaign seeking clemency for Lisa Montgomery, who next month is scheduled to become the first woman executed by the U.S. government in nearly 70 years.

Cornell faculty featured on ‘The Academic Minute’

Episodes of the “Academic Minute” radio program from the week of Dec. 7 featured five faculty members from Cornell’s College of Arts and Sciences sharing insights from their research.

Engineers go microbial to store energy, sequester CO2

Cornell bioengineers have found a way to efficiently absorb and store large-scale, renewable energy from the sun, while sequestering carbon dioxide to use as a biofuel: Let microbes do the work.

‘Roaming’ molecular fragments captured in real time

An international research team made the first direct observation, in real time, of an elusive phenomenon – “roaming” reactions, in which a chemical compound breaks apart and its molecular fragments drift chaotically in orbit before re-forming into new compounds.