Speaker
Dr
Young-Im Kim
(Institute for Basic Science)
Description
The precise measurement of the muon anomalous magnetic
moment is very important to check the possibilities of
physics beyond the Standard Model. The new muon g-2
experiment at FNAL aims to measure the muon anomalous
magnetic moment with four times better precision than
previous experiment at BNL and plans to start the experiment
next year, 2017.
The Storage Ring proton EDM experiment has New Physics
sensitivity in the range of 103 - 104 TeV. Using techniques
similar to the classical muon g-2 experiment we can probe
the proton EDM with high sensitivity. This is due to high
intensity polarized proton beams readily available as well
as the long spin coherence lifetime possible in all-electric
rings.
There are a few important technical issues for each
experiment that we are addressing, such as CBO and muon
losses for muon g-2 experiment, magnetic shielding and
polarimeter for proton EDM. The principle, experiment
techniques and CAPP/IBS contributions for both experiments
will be presented.
Primary author
Dr
Young-Im Kim
(Institute for Basic Science)
