Matter waves in fundamental and applied physics
Matter waves and their interference provide sensitive probes for a broad range of important physics. On the fundamental side, it is possible to search for new physics in outstandingly precise experiments - such as candidates for dark matter and dark energy, violations of Lorentz invariance and the equivalence principle, or minuscule deviations from the Standard Model. On the applied side, we measure inertial forces and gravity, develop instruments for the life sciences, and may help to define SI units. Applying methods from atomic, molecular, and optical physics, we advance experimental technology to push the sensitivity of experiments to new levels.
We are deeply grateful for the funding agencies who provide us the means to pursue our work.
Congratulations to our own Dr. Philipp Haslinger on his receipt of the 2016 ASciNA award!
We congratulate Geena Kim (Ph.D. '14, pictured right) for accepting an assistant professor position in computer science at Regis University!
Professor Holger Müller will present a talk through the Mt. Tamalpais Astronomy Program! The date is Saturday September 10, location is under the stars on Mt. Tam in Marin! More details here.
The cavity interferometer's chameleon dark energy search was recently featured in a BBC Horizon documentary "The Mystery of Dark Energy". Check it out!
Graduate student Matt Jaffe has received the Hellman Graduate Award. Congratulations, Matt!
Graduate student Jordan Dudley was awarded an NSF Graduate Fellowship. Congratulations, Jordan!
Postdoc Osip Schwartz was awarded a fellowship from the Human Frontier Science Program. Congratulations, Osip!
The Mini-g experiment has been featured on the Berkeley Research page! An article highlights the experiment's work with the Bakar Fellows Program. The write-up can be found here.
Professor Holger Müller will headline a Science@Cal lecture titled "Shining light on dark matter and dark energy with lasers and atoms" on Saturday, Feb 20. Details can be found here!
We have won the 2016 President's Research Catalyst Award for Professor Holger Müller's "Network of Sensors for Exotic Physics" proposal. This multi-UC campus collaboration will search for ultralight dark matter candidates.