Schedule 2023 April – September

DateSpeakerTitleTime and direction
2023-4-5All internal membersSelf-introduction
PDF
15:30 -
zoom DTA#1 / the large seminar room
moderator: Maria
2023-4-12Suchetha Cooray (NAOJ)Learning Representations of Galaxies from Observations and Simulations
Abstract
15:30 -
zoom DTA#1 / the large seminar room
moderator: Fujii
2023-4-19Masamitsu Mori (NAOJ)Core-collapse of white dwarfs with super Chandrasekhar mass
Abstract
15:30 -
zoom DTA#1 / the large seminar room
moderator: Nagakura
2023-4-26Kazumasa Ohno (NAOJ)On the nature of extremely low-density exoplanets: Haze or Ring?
Abstract
15:30 -
zoom DTA#1
moderator: Kataoka
2023-5-10Tadahiro Kimura (NAOJ)Planetary population synthesis model for validation of planet formation theory
Abstract
15:30 -
zoom DTA#1 / the large seminar room
moderator: Yuka Fujii
2023-5-17Kanji Mori (NAOJ)Core-collapse Supernovae as Laboratories for Axion-like Particles
Abstract
15:30 -
zoom DTA#1 / the large seminar room
moderator: Hiroki Nagakura
2023-5-24Student talks:
Rikuto Omae (D3),
Yuta Tashima (D3)
Observation of magnetic fields in lensing galaxies using radio polarization data
Abstract

Elucidation of galactic magnetic field structure by pseudo-observation based on SPH simulation
Abstract
15:30 -
zoom DTA#1 / the large seminar room
moderator: Yuhei Iwata
2023-5-31Takeru Suzuki (The University of Tokyo)MHD in a cylindrical shearing box
Abstract
15:30 -
zoom DTA#1 / the large seminar room
moderator: Hiroki Nagakura
2023-6-7Student talks:
Yuki Yoshida (D3)
Simulating dust monomer collisions: expansion of the JKR theory
Abstract
15:30 -
zoom DTA#1 / the large seminar room
moderator: Masamitsu Mori
2023-6-14Sunao Sugiyama (Kavli IPMU),
Xiangchong Li (Carnegie Mellon University)
Weak lensing cosmology with Subaru Hyper Suprime-Cam Year 3 data
Abstract
15:30 -
zoom DTA#1 / the large seminar room
moderator: Yuhei Iwata
2023-6-21Student talks:
Raiga Kashiwagi (D3),
Shinichi Kinoshita (D3)
Simulation Study of Collisions between Filamentary Molecular Clouds Threaded by Lateral Magnetic Field and Subsequent Evolution
Abstract

Unveiling the Dynamics of Dense Cores in Cluster-Forming Clumps: A 3D MHD Simulation Study of Angular Momentum and Magnetic Field Properties
Abstract
15:30 -
zoom DTA#1 / the large seminar room
moderator: Kanji Mori
2023-6-28Elisabetta Bissaldi (INFN Bari)Celebrating 15 years of Gamma-Ray Burst observations with Fermi
Abstract
15:30 -
zoom DTA#1 / the large seminar room
moderator: Maria Dainotti
2023-7-5Satoshi Okuzumi (Tokyo Institute of Technology)Modeling the thermal evolution of planet-forming disks
Abstract
15:30 -
zoom DTA#1 / the large seminar room
moderator: Kazumasa Ohno
2023-7-12Student talks:
Bhardwaj, Shubham (D2),
Kiyoaki Doi (D2)
GRB Optical and X-ray Plateau Properties Classifier Using Unsupervised Machine Learning
Abstract

Constraints on the dust size distributions in the HD 163296 disk from the difference of the apparent dust ring widths between two ALMA Bands
Abstract
15:30 -
zoom DTA#1 / the large seminar room
moderator: Kanji Mori
2023-7-19Student talks:
Masato Sato (D2),
Kaho Morii (D2)
Light curves of electron capture and Fe core collapse supernovae: The diagnostic method of electron capture supernovae
Abstract

Early Fragmentation in Infrared Dark Clouds
Abstract
15:30 -
zoom DTA#1 / the large seminar room
moderator: Haruka Kusakabe
2023-7-26Toshiki Sato (Meiji University)Exploring the interior of supernovae and their progenitors using supernova remnants
Abstract
15:30 -
zoom DTA#1 / the large seminar room
moderator: Koh Takahashi
2023-8-2Student talks:
Kousuke Ishihara (D2),
Shunsuke Sasaki (D2)
Observational study of the fragmentation process in nearby star-forming regions
Abstract

Phenomenological turbulent effects of core-collapse supernovae
Abstract
15:30 -
zoom DTA#1 / the large seminar room
moderator: Meizhi Liu
2023-8-9Lars Bonne (SOFIA Science Center, USRA, NASA Ames)The assembly and dispersal of dense gas in star forming regions
Abstract
15:30 -
zoom DTA#1 / the large seminar room
moderator: Doris Arzoumanian

* Due to the COVID-19 situation, the colloquium is running online or hybrid style for this semester.