• Penn selects Alison Sweeney for Packard application

    The University has selected Asst. Prof. Alison Sweeney to apply for a Packard Foundation Fellowship in Science and Engineering.  The Packard Fellowships for Science and Engineering provide the nation’s most promising early-career scientists and engineers with flexible funding and the freedom to take risks and explore new frontiers in their fields of study.

  • Promotion for Elliot Lipeles

    The department is pleased to announce that Asst. Prof. Elliot Lipeles has been approved for promotion to Assoc. Prof. with tenure at the last meeting of the Provost's Staff Conference. With approval of the President and Trustees, he will become P&A's newest tenured faculty member on July 1, 2014.


  • Department Outreach at a Sixers game

    P&A graduate students Matt Lohr and Dan Beller contributed to the Philadelphia 76ers Science Night. Science Night featured interactive science exhibits on the concourse, a halftime performance by the Science Cheerleaders, in-game citizen science project for research on the Space Station.

  • Alison Sweeney awarded Sloan Fellowship

    Assistant Prof. Alison Sweeney has been selected as a 2014 Alfred P. Sloan Research Fellow in Ocean Sciences.  The Sloan Research Fellowships are extraordinarily competitive awards involving nominations for most of the very best early-career scientists from the United States and Canada.  The award is announced in an advertisement in the Tuesday, Feb. 18 New York Times.

  • Penn graduate student wins postdoctoral fellowship

    Daniel Beller, a graduate student in the group of Prof. Randy Kamien, has just been awarded the George F. Carrier fellowship in Harvard's School of Engineering and Applied Science.  This is an endowed honorific postdoctoral position in widely applied mathematics.

  • Rittenhouse Lecture

    The 2014 Rittenhouse Lecture will be given this year by Prof. Scott Tremaine of the Institute for Advanced Study.  Dr. Tremaine's lecture entitled "Are planetary systems flat?" examines the observational and theoretical evidence upon which our understanding of how planetary systems are formed is based.  The Rittenhouse Lecture will be delivered on Wednesday, Feb. 12 at 4pm in DRL A1.

  • Physics Outreach with Demonstrations

    Laboratory and Classroom Demonstration Coordinator Bill Berner conducted his 17th annual holiday physics demonstration shows on Jan. 13 and 14.  More than 500 students from local schools, along with a dozen home-schooled children, viewed the live demonstrations on electricity and magnetism as part of the SAS Science Outreach Initiative and Physics and Astronomy Department outreach program.

  • Liquid Crystal 'Gemstones'

    Profs. Arjun Yodh, Tom Lubensky, and Peter Collings formed a team to do research led by postdoctoral fellow Joonwoo Jeong and graduate student Zoey Davidson.  Their study, published in the Proceedings of the National Academy of Sciences, with a liquid crystal that dissolves in water shows, for the first time, that such crystals can form in the "columnar" phase leading to droplets (formed mostly of water) that look like gemstones.

  • Justin Khoury Appointed Penn Fellow

    Justin Khoury, Associate Professor and incoming Undergraduate Chair of Physics & Astronomy, has been appointed a Penn Fellow for 2014. The Penn Fellows program provides leadership development to select Penn faculty members at their mid-career point. Penn Fellows build cross-campus alliances, meet distinguished academic leaders, think strategically about universities and university governance and consult with Penn's senior administrators.

  • Unexpected connections between hard and soft condensed matter physics

    Profs. Tom Lubensky and Charles Kane have a paper on the cover of Nature Physics this month. Their work has established the mathematical relationship between the 'floppy modes' of isotatic lattices (like arrays of masses and springs that verge on mechanical instability) and the boundary modes that occur in quantum electronics systems like quantum Hall effect devices and topological insulators hence revealing unexpected connections between theories of hard and soft matter.