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August 5 (Mon) - August 7 (Wed), 2024
Kyoto University, Kyoto
OVERVIEW
The major problems of modern fundamental physics, such as the problem of the origin of the inflaton, dark matter, and baryon numbers, all show the path to fundamental physics beyond standard cosmology. In this respect, the search for new particles opened up by the use of gravitational wave observations, in particular, the bosonic degrees of freedom represented by scalar fields, is very attractive. In this workshop we would like discuss broad topics related to the search for new physics and the exploration of new methods of testing theories using gravitational wave observations.
The major problems of modern fundamental physics, such as the problem of the origin of the inflaton, dark matter, and baryon numbers, all show the path to fundamental physics beyond standard cosmology. In this respect, the search for new particles opened up by the use of gravitational wave observations, in particular, the bosonic degrees of freedom represented by scalar fields, is very attractive. In this workshop we would like discuss broad topics related to the search for new physics and the exploration of new methods of testing theories using gravitational wave observations.
REGISTRATION Click here (closing date for the talk request:6/30, financial support: 6/16 financial support is closed)
PROGRAMME
SCHEDULE & VENUE
Aug. 5 (Mon):13:00 - 17:00
Aug. 6 (Tue):10:00 - 17:00
Aug. 7 (Wed):10:00 - 12:00
Graduate School of Science Bldg. No.1 (labeled by No. 2 in this map)
5th flloor, Large conference room (大会議室)
INVITED SPEAKERS
William East(Perimeter Institute), Shinji Mukohyama(YITP), Soichiro Morisaki(ICRR), Ippei Obata(IPMU)
PARTICIPANT LIST
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ORGANIZERS
Takahiro Tanaka, Atsushi Nishizawa, Sachiko Kuroyanagi, Takashi Hiramatsu, Hidetoshi Omiya
SUPPORTED BY
FY2023-2027 MEXT Grant-in-Aid for Scientific Research(A) 23H00110 "Searching for New Particles using Gravitational Waves"
FY2023-2027 MEXT Grant-in-Aid for Scientific Research(A) 23H00110 "Searching for New Particles using Gravitational Waves"
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