Thursday, November 9, 2017, 16:00
WBGB/019
Michael Doser, CERN
Abstract:
One and a half decades after the first production of "cold"
antihydrogen, first precision measurements of the properties of
antihydrogen have recently begun. Together with the start-up of an
additional dedicated low energy antiproton decelerator (ELENA), and the
development of a wide range of techniques that permit precise atomic
measurements, the study of antihydrogen atoms has started in earnest.
This presentation will provide an overview of the present status and
outlook for fundamental physics with antihydrogen atoms. A special focus
will be put on tests of gravity with antimatter and on the AEGIS
experiment, which in a first step aims to measure the free fall of a
pulsed beam of antihydrogen atoms over their parabolic trajectory, as
well as on the technological developments from a variety of fields on
which it relies.