"As the Roth Distinguished Visiting Scholar at Dartmouth for the 2015-2106 academic year, physicist Sylvester James 'Jim' Gates Jr., has been a busy man."...
News
January 18, 2016
Title: Observing Quantum Effects in the Motion of a Millimeter-Sized Object (Video) Abstract: A major challenge in physics is to understand...
January 18, 2016
Title: Quantum-Gas Physics in Orbit: Prospects for Microgravity Bose-Einstein Condensates Aboard NASA's Cold Atom Laboratory Abstract: Notio...
January 18, 2016
Title: Irradiation Cycles and the Evolution of Pulsar Binaries (Video) Abstract: Rapid advances in the field of pulsar astronomy have...
January 18, 2016
Title: Convection of Low-Mass Stars (Video) Abstract: A majority of stars in the Galaxy are low-mass main-sequence stars. These stars are...
January 18, 2016
Title: Extragalactic Archeology (Video) Abstract: One of the primary avenues for understanding the formation and evolution of galaxies is...
January 14, 2016
A prestigious award from the National Science Foundation (NSF) will aid astrophysicist Ryan Hickox in his quest to understand “hidden monsters.” Read more on Dartmouth Now...
January 12, 2016
The Dartmouth Physics Society has invited Professor Timothy Smith ( https://www.trailnotes.org/) to give a talk on proton therapy. He will...
January 11, 2016
A new machine for cooling atoms to ultra-low temperatures has come online in the Wright lab. The machine is is somewhat fittingly located directly below the location in Wilder Hall where the pressure of light was first measured at Dartmouth in 1901 by E. F. Nichols and G. F.Hull, and it uses radiation pressure from carefully tuned lasers to capture and cool a dilute gas of lithium atoms. The photograph shows the first stage of the cooling process, where the temperature is less than a thousandth of a degree above absolute zero. After a second stage of cooling to less than a millionth of a degree above absolute zero, the atoms begin to act like "matter waves" rather than point-like particles. Researchers in the Wright lab plan are using clouds of ultracold atoms to study unusual quantum states of matter (e.g. superfluids that can flow without any friction) and related aspects of quantum many-body physics that are not fully understood....