Conveners
Afternoon Session 4
- Ki-Young Choi (SKKU)
Afternoon Session 4
- Deog Ki Hong (Pusan National University (KR))
Afternoon Session 4
- Sang Hui Im (IBS-CTPU)
Description
Afternoon Session 4
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Dr Junu Jeong (CAP-IBS)06/12/2023, 16:30
The cavity haloscope is a highly sensitive technique for detecting dark matter axions within the microwave region. The Center for Axion and Precision Physics Research at the Institute for Basic Science (IBS-CAPP) has ingeniously developed cavity designs specifically tailored for high-mass axions, such as multiple-cell cavities, a wheel tuning mechanism, and tunable photonic crystal cavities....
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Dr Jan Schutte-Engel (UC Berkeley/Riken)06/12/2023, 17:15
Zoom link: https://pusan.zoom.us/j/86275799785pwd=EK6wqm0UJV8aZDqvvpmaE3UMHXsbVo.1
(ID : 862 7579 9785, Code secret: 335557)In this talk I will describe how one can use collective effects in materials to detect axion dark matter (DM). I will first discuss topological magnetic insulators which can host axion quasiparticles (AQs). The AQs can resonantly mix with DM axions and photons...
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Prof. Ki-Young Choi (SKKU)07/12/2023, 16:30
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Geraldine Servant (Deutsches Elektronen-Synchrotron (DE))07/12/2023, 17:15
https://pusan.zoom.us/j/86061341145?pwd=ofYF9LIMw9rfV54TCC9sbsr3Nle22M.1
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(ID : 860 6134 1145, Code secret: 615519) -
Prof. Youngjoon Kwon (Yonsei University)08/12/2023, 16:30
With the Belle II and Belle experiments, we have a cleanly defined e+e- initial state and a nearly hermetic detector of almost 4\pi solid-angle coverage. This is a great advantage for studying final states that include missing particles where we use the information from missing energy and momentum. In this talk, we show some of the recent results from Belle II involving missing-energy final...
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Prof. Myeonghun Park (Seoultech)08/12/2023, 17:15