Cornell scientists are developing a library of basalt-based spectral signatures that not only will help reveal the composition of planets outside of our solar system, but also could demonstrate evidence of water on those exoplanets.
By examining Jupiter’s moon Io – the most volcanically active place in the solar system – Cornell astronomers can study a vital process in planetary formation and evolution: tidal heating.
Best-selling writer Cory Doctorow, filmmaker Louis Massiah ’77 and award-winning journalist P. (Palagummi) Sainath have been appointed as the latest Cornell A.D. White Professors-at-Large.
In sea fireflies’ underwater ballet, the males sway together in perfect, illuminated synchronization, basking in the blue-like glow of their secreted iridescent mucus.
The center will connect and amplify the university’s research and scholarship around issues of racial injustice and inequality and its work to develop more just and equitable public policy.
To manage atmospheric carbon dioxide and convert the gas into a useful product, Cornell scientists have dusted off a 120 year old electrochemical equation.
"We are both honoring Justice Ginsburg’s legacy as a trailblazer for justice and gender equality, and also celebrating New York’s history as the birthplace of the women’s rights movement.”
Gierasch contributed to a wealth of knowledge on the processes of planetary atmospheres and served as a team scientist on the Viking, Pioneer, Voyager, Galileo and Cassini missions for NASA.
Eleven Cornell students, including two from Arts & Sciences, will help delegations from specialized agencies and small countries gain a stronger voice at the United Nations’ COP27 conference.
A large international team found molecular evidence of carbon dioxide on the exoplanet WASP-39b, a giant gaseous world orbiting a sun-like star about 700 light-years away.
Sending out an occasional and informative cosmic ping from more than 3.5 billion light years away, these quick-fire surges provide a pathway for scientists to comprehend the perplexing, mysterious and million-degree intergalactic medium.
A new Cornell study suggests that solving societal problems such as climate change could require dismantling rigid academic boundaries, so that researchers from varying disciplines could work together collaboratively.
Fueled by the collaborative spirit of Cornell’s faculty, the 2030 Project is helping to remove silos, activate research and leverage existing expertise across all disciplines to find solutions now.
Cornell chemists and Cornell research-startups aim to propose a Northeast research hub to make hydrogen a viable, clean-energy alternative to carbon-based fuels.
As ground-based and space telescopes improve, astronomers need a color-coded guide to compare Earth’s biological microbes to cold, distant exoplanets to grasp their composition.
After a European spacecraft rendezvoused with Comet 67P about seven years ago, astronomers now have found a cosmic revelation: It emits molecular oxygen drawn from its nucleus.
For the past year, two Cornell doctoral students have been living, thinking and working on the red planet Mars, digitally commuting from our own blue world.
“This answers questions that scientists have asked for 200 years," said co-author Jonathan Lunine, the David C. Duncan Professor in the Physical Sciences and chair of the Department of Astronomy.
A Cornell-led team of astronomers has published the final maps of Titan’s liquid methane rivers and tributaries, as seen by NASA’s late Cassini mission.
An international team of astronomers including Cornell researchers have detected 1,652 independent millisecond explosions – called fast radio bursts, or FRBs – over a period of only 47 days.
Sixteen military veterans participated in a virtual academic boot camp at Cornell July 26 to Aug. 6. The university partnered with the Warrior-Scholar Project for the seventh consecutive year to help recent or soon-to-be military veterans transition into higher education.
Dong Lai, M.S. ’91, Ph.D. ’94, professor of astronomy, has won Cornell’s inaugural Provost Award for Teaching Excellence in Graduate and Professional Degree Programs.
Cornell astronomers say the detection of phosphine in the atmosphere of Venus shows evidence of explosive volcanoes on the mysterious planet.
OpenSpace/American Museum of Natural History
Artistic view of the Earth and sun from thousands of miles above our planet, showing that stars can enter and exit a position to see Earth transiting the sun.
Astronomers have identified 2,034 nearby star-systems – within 326 light-years – that could find life on Earth by watching our pale blue dot cross our sun.
NASA/JPL/Provided
In an artist's depiction, the Voyager 1 craft continues to cruise through interstellar space.
Four Commencement ceremonies were held May 29-30, spaced out to meet health guidelines. Though campus was less crowded, the campus mood was warm and celebratory.
Ursa Space/provided
Dozens of oil tankers and commercial cargo ships line up at Great Bitter Lake to enter the Suez Canal in this early April satellite image
More than a dozen space industry leaders, capital investors, startup entrepreneurs, a Jet Propulsions Lab manager and Cornell professors gathered virtually for Cornell’s first Space Tech Industry Day/K.K. Wang Day symposium on April 23 – featuring this year’s event theme, “New Opportunities in Space Technology.”
Using light from the Big Bang, an international team led by Cornell and the U.S. Department of Energy’s Lawrence Berkeley National Laboratory has begun to unveil the material which fuels galaxy formation. Lead author is Stefania Amodeo, a Cornell postdoctoral researcher in astronomy, who now conducts research at the Observatory of Strasbourg, France.
Catalyzed by a Cornell Atkinson Center for Sustainability grant and prompted by other Cornell eco-friendly research over the past decade like the Cornell Fuel Cell Institute and the university’s Energy Materials Center, the Standard Hydrogen Corporation (SHC) and National Grid announced plans March 11 to build the first hydrogen “energy station” of its kind in the nation.
Cornell researchers spent the eight months since launch preparing for the craft's landing Feb. 18.
National Park Service
Russian Commander Iurii Lisianskii’s 1804 outline drawing of the Tlingit fort used to defend against Russia’s colonization forces. Cornell and U.S. National Park Service researchers have pinpointed the fort’s exact location in Sitka, Alaska.
