Search Results for “meredith hughes, assistant professor of /”

Meredith Hughes, assistant professor of astronomy, assistant professor of integrative sciences, has been named a Cottrell Scholar for 2018 by the Research Corporation for Science Advancement (RCSA). Hughes is one of two dozen early career academic scientists to receive this honor, which comes with a $100,000 award for research and teaching. “The Cottrell Scholar (CS) program champions the very best early career teacher-scholars in chemistry, physics and astronomy by providing these significant discretionary awards,” said RCSA President and CEO Daniel Linzer. (more…)

Meredith Hughes, assistant professor of astronomy, is the co-author of "Debris Disks in the Scorpius-Centaurus OB Association Resolved by Alma," published in The Astrophysical Journal, Vo. 828, No. 1. Jesse Lieman-Sifry '15 also is a co-author of the article. In addition, the international weekly journal of science Nature mentioned the article in a Sept. 8 publication. The co-authors explored the idea of carbon-monoxide potentially being in large-star disks. As explained in her abstract, “Stars twice the size of the sun can feature carbon-monoxide-rich gas disks around them, contrary to the expectation that ultraviolet radiation would have stripped away the gas.” Hughes used the…

For her outstanding contributions to Milky Way research by observational methods, Meredith Hughes, assistant professor of astronomy, received the 2015 Bok Prize in Astronomy from Harvard University. The prize, named in honor of Astronomer Bart Bok (1906–1983), is awarded to a recent holder of a PhD degree in the physical sciences from Harvard or Radcliffe who is under 35 years of age. Hughes received her PhD from Harvard in 2010, and a MA in astronomy from Harvard in 2007. Hughes is an expert on planet formation, circumstellar disk structure and dynamics, gas and dust disk evolution and radio astronomy. She studies planet formation by observing…

Hughes is interested in studying the regions where planets are forming

Assistant professor of Astronomy Meredith Hughes and eight colleagues have found evidence of magnetic fields in stardust – an indication that magnetic fields are important in the process of planetary system formation, according to a new paper in the journal Nature. The discovery is another step in work by Hughes and other astronomers to understand how celestial bodies are formed. It is known that magnetic fields in the “accretion disks” of stars play a dominant role in the star formation process. Using data from an observatory near Bishop, Calf., Hughes and her colleagues were able to spot signs of magnetic…

Meredith Hughes, assistant professor of astronomy, received a grant from the National Science Foundation to support her research on "Dust and Gas in Debris Disks Reveal the Origins of Planetary Systems." The grant, awarded on April 21, is worth $532,943. Hughes’ research focuses on understanding the formation and evolution of planetary systems. She particularly studies the huge disks of gas and dust surrounding a young star, which can give insight into how and when a star planet might form. The disk is made up of “junk” left over from the star’s formation. The main technique Hughes uses to observe these circumstellar…

Meredith Hughes, assistant professor of astronomy, is the co-author of a paper titled "Molecular Gas Clumps from the Destruction of Icy Bodies in the β Pictoris Debris Disk," published in the journal Science on March 6. Read more about Hughes study in this Wesleyan Connection article.

A curious mix of dust and gas surrounding a distant star presents a unique mystery – and possibly a front-row seat to planet formation, according to Assistant Professor of Astronomy Meredith Hughes and colleagues, whose paper on the star appears in the March 6 edition of the journal Science. The group of astronomers, including Hughes and 13 others, were the first to identify the asymmetry and “lumpy” quality of the gas surrounding beta Pictoris, using data from the Atacama Large Millimeter/Submillimeter Array (ALMA) in Chile. The discovery leads to two possible explanations: There may be a giant "exoplanet" lurking nearby…

(Contributed by Jim Smith) Meredith Hughes was one of those kids drawn to science and nature. But growing up in small-town Rhode Island, she didn’t know any scientists. “The people I knew who liked science were teachers and doctors,” recalled Hughes, a new assistant professor of astronomy at Wesleyan this year. “So I figured that’s probably what I’d be.” Then, during her junior year of high school, a patient of her mother, a women’s health nurse practitioner, recommended a program for budding scientists called The Summer Science Program (SSP). Hughes applied, and became one of 25 students from around the…

Basinger Recognized for Contributions to Film Jeanine Basinger, Corwin Fuller Professor of Film Studies, Emerita, will receive the Turner Class Movies Classic Film Festival’s Robert Osborne Award, which recognizes an “individual who has helped keep the cultural heritage of classic film alive for future generations.” Basinger spoke with The Hollywood Reporter Magazine about her career. “It’s a great honor to be associated in any way with TCM and the late Bob Osborne and to be in the company of [Martin Scorsese]; Leonard [Maltin], who I’ve known since he was a teenager; and Kevin [Brownlow] and Donald [Bogle],” Basinger said. “We…

Almost every scientist has an origin story, the moment they knew a life of scientific inquiry and research was something they wanted. “All of the faculty have that story,” said Seth Redfield, professor of astronomy, at the annual poster session held at Exley Science Center on July 28. “Almost all of them involve an experience like this one.” About 200 students representing all of the University’s scientific disciplines shared the fruits of a summer spent doing research. The summer research program is hosted by the College of Integrative Sciences. Students and faculty milled around the lobby of Exley, talking to…

Every summer, Anna Fehr '23 would cherish family camping trips to the mountains in California. There, she could see something many people—especially city residents—rarely get to experience: a truly dark night sky. "I remember seeing the Milky Way and just being blown away by the sheer number of stars," she recalls. "I think I knew at the time that each star was like another sun, and it was just impossible to imagine the scope of what I could see with a naked eye. Also, my parents both have August birthdays, so we would go up to the mountains during the…

Hughes Named 2018 Cottrell Scholar

Hughes, Leiman-Sifry Research Published in Astrophysical Journal, Nature

Hughes Recipient of 2015 Bok Prize for Astronomy

Hughes Discusses the Latest in Space Research

Hughes Finds Magnetic Fields in Stardust; Study Published in Nature

Hughes Receives NSF Grant for Research on Planetary Systems

Hughes Co-Authors Paper Published in Science

Hughes, Colleagues Investigate “Planetary Construction Site”

Hughes Studies Formation, Evolution of Planetary Systems

Wesleyan in the News: April 2024

Budding Scientists Share Their Research at Summer Poster Session

Fehr ’23 to Study Debris Disks, Exoplanet as Goldwater Scholar