Precision Atomic Physics Experiments to Probe for New Physics

Our current best description of nature at the quantum scale is based on the Standard Model of particle physics (SM), while Einstein’s theory of relativity is based on a classical framework of space-time and describes cosmological scales. The fundamental incompatibility between the two descriptions is one of the big unsolved puzzles in physics. The existence of dark matter and dark energy and the apparent asymmetry between matter and antimatter are only two more of many more open questions that leave physicists puzzled.

This seminar brings together experts from different fields of physics to discuss precision experiments to probe for New Physics that might hint towards solving these puzzles. Topics include tests of Einstein’s theory of relativity using precision measurements in laboratory and large scale experiments, e.g. using spectroscopy, atom and nanoscopic particle interferometers, lunar laser ranging and gravitational wave detectors. A particular focus lies on the search for 5^th forces extending to cosmological observations, isotope shift spectroscopy of neutral atoms and ions interpreted via King plot analysis, torsion balances and free-falling macroscopic bodies.

The conference language will be English. The Wilhelm and Else Heraeus-Foundation bears the cost of full-board accommodation for all participants.