THE BOSTON AREA PHYSICS CALENDAR The Boston Area Physics Calendar is published weekly during the academic year by the Physics Department at Boston University. Please send listings for each week's calendar to bapc-events cosmos phy tufts edu no later than 12:00PM on the previous Thursday.
If you miss this deadline, or for corrections or cancellations, you can send directly to all subscribers at bapc-late cosmos phy tufts edu ON-TIME submissions: Send to bapc-events cosmos phy tufts edu LATE submissions: Send to bapc-late cosmos phy tufts edu SUBSCRIBE or UNSUBSCRIBE to/from the BAPC calendar: http://cosmos.phy.tufts.edu/bapc.html Monday, December 11, 2017: 2:00PM Monday, December 11, 2017 Massachusetts Institute of Technology Center of Theoretical Physics Nuclear and Particle Theory seminar Cosman Seminar Room 6c-442 ``Exposing gluon structure in protons and nuclei" Phiala Shanahan, College of William & Mary 4:00 pm Monday, December 11, 2017 MIT Nuclear and Particle Physics Colloquium 26-414 “Development and Applications of High Intensity Ion Beams using Cyclotrons ” Daniel Winklehner MIT 4:00 PM Monday, December 11, 2017 Brown University Department of Physics Barus and Holley 166 Tuesday, December 12, 2017: 12:00PM Tuesday, December 12, 2017 MIT LNS Lunchtime Seminar 26-414 Roxanne Guenette Harvard 3:30PM "Nonlinear phononics: Coherent control of functional solids" Max Planck Institute for the Structure and Dynamics of Matter; Refreshments at 3:00PM in 1st floor lounge Wednesday, December 13, 2017: 4:30 pm Max Planck Institute for the Structure and Dynamics of Matter & http://www.cfa.harvard.edu/itamp/gcalendar.html Thursday,
December 14, 2017: 1:00PM Thursday, Dec 14, 2017 University of Massachusetts Boston Physics Colloquium Science Center, Room S-3-126 "Is the Electron Orbital Gyromagnetic Factor Exactly Equal to 1?" Ayo Awobode UMass Boston Refreshments served at 12:45, S-3-126 Friday, December 15, 2017: 11:00AM Metcalf Science Center, Room 352 "Properties of Topological semimetals: Chiral magnetic effect and instability
under magnetic field" Xi Dai, Hong Kong University of Science and Technology |