Date |
Speaker
|
Title
|
File |
01/13/2023
Fri.
10:00
|
Shinya Wanajo
(MPG)
|
Mergers of neutron star-neutron star (or black hole) binaries as r-process sites
|
Download
|
01/20/2023
Fri.
14:00
|
Nanae Domoto
(Tohoku U.)
|
Understanding kilonova spectra and identification of r-process elements
|
Download
|
03/10/2023
Fri.
14:00
|
Ellis R Owen
(Osaka Univ.)
|
Cosmic magnetism and its effects on the
observed properties of ultra high-energy CRs
|
Download
|
04/18/2023
Tue
14:00
|
Kumiko Kotera
(Institut d’Astrophysique de Paris - CNRS)
|
Towards
EeV Neutrino Astronomy with GRAND (Giant Radio Array for Neutrino Detection)
|
Download
|
05/19/2023
Fri.
14:00
|
Vincenzo Sapienza
(Univ. of Palermo/Univ. of Tokyo)
|
X-ray Study on the Synchrotron emission from Kepler’s SNR
|
Download
|
05/31/2023
Wedx.
14:00
|
Yuki Sugiyama
(Kyushu U.)
|
Quantum uncertainty of fields and its effect on entanglement generation in quantum particles
|
Download
|
07/07/2023
Fri.
14:00
|
Takatoshi Ko
(U. of Tokyo)
|
A dynamical model for IRAS 00500+6713: the remant of a type Iax supernova SN1181
hosting a double degenerate merger product WD J005311
|
Download
|
08/01/2023
Tue.
13:30
|
Speaker Len Brandes
(Technical University of Munich, Germany)
|
Evidence against a strong first-order phase transition in neutron star cores: impact of new data
|
Download
|
09/08/2023
Fri.
14:00
|
Arno Vanthieghem
(Department of Astrophysical Sciences, Princeton Univ.)
|
Collective Plasma Effects in Relativistic Radiation-Mediated Blast Waves
|
Download
|
10/06/2023
Fri.
10:00
|
Chelsea Braun
(U. of Manitoba)
|
Progenitors and Explosion Properties of Supernova Remnants Hosting Central Compact Objects
|
Download
|
10/06/2023
Fri.
14:00
|
Amir Levinson
(Tel Aviv University, Israel)
|
Neutrino production in AGN cores: Constraints from Kinetic Plasma Simulations
|
Download
|
11/24/2023
Fri.
14:00
|
Derek Beattie Inman
(iTHEMS, RIKEN)
|
Early Formation of Dark Matter Halos
|
Download |
12/08/2023
Fri.
14:00
|
Misako Tatsuuma
(iTHEMS, RIKEN)
|
Exploring material strengths of dust aggregates in planet formation by numerical simulations
|
Download
|