Dartmouth is home to the first tunable superfluid circuit using electron-like atoms. At a lab in Wilder Hall, Daniel Allman, Guarini '23, left, and physics professor Kevin Wright observe a segment of the first superfluid circuit that uses ultracold electron-like atoms. (Photo by Robert Gill)
"The rate at which magnetic field lines reconnect is of extreme importance for processes in space that can impact Earth," said Yi-Hsin Liu, an assistant professor of physics and astronomy at Dartmouth. "After decades of effort, we now have a full theory to address this long-standing problem."
Updated Winter 2022 Offerings, multi-year planning chart, and library resources for independent research in Physics and Astronomy
The Department of Physics and Astronomy is pleased to announce that Dr. Rufus Boyack will join Dartmouth as an Assistant Professor this coming July. Dr. Boyack is a condensed-matter theorist exploring fundamental aspects of strongly correlated quantum systems. Welcome, Rufus!
The 317 group (Lynch Rocket Lab) launched their 3rd successful rocket mission this year, March 5th from Poker Flat Alaska. The LAMP mission instruments were built by Dartmouth students Grace Kwon, Ted McManus, Caitlin Lynch, Magda Moses, Ruthie Nordhoff, Jules van Irsel; and staff Ralph Gibson, Alan Goldblatt, Jeff Renk, and Whitey Adams.
"Every photon can be thought of as the sum of two distinct halves," says Vincent Flynn, Guarini '22, the lead author of the paper. "We were able to identify conditions for isolating these halves from one another." (Photo by Eli Burakian '00)
Sounding rocket C-REX2 launched December 1st from Andoya Research Range, Norway. Grad student Magda Moses from the 317 lab, and UAF/GI grad student Matt Blandin, are in the field for this. First reports are excellent science conditions and instrument performance. The mission studies the Earth's auroral cusp.
Hui Wang, Guarini '21, a postdoctoral researcher, and Miles Blencowe, the Eleanor and A. Kelvin Smith Distinguished Professor in Physics, have described an experiment that could allow researchers to produce and detect light in a vacuum. (Photo by Robert Gill)
I study the plasma physics of the northern lights using NASA sounding rockets in the context of ground-based observations. My work focuses on developing distributed sets of observations so that we can learn how the electric and magnetic fields controlling the aurora work. (Photo by Robert Gill)
James Whitfield explains "Muon g-2"
