Workshop Rationale

Understanding the intricate processes behind galaxy formation and the role of massive black holes is crucial for advancing our knowledge of the universe. This workshop aims to bring together leading experts and young researchers to explore the dynamic interplay between these cosmic structures with a stronger emphasis on theoretical studies but will not exclude observational talks. With the recent advent of JWST high-redshift discoveries and LIGO observations of merging black holes, we are in a watershed moment in cosmological studies. Through a series of talks and discussions, participants will delve into cutting-edge theories and observational evidence, shedding light on how supermassive black holes influence star formation and the evolution of galactic structures. By fostering a collaborative environment, this workshop seeks to stimulate innovative approaches and facilitate the development of new frameworks for interpreting the complex mechanisms that drive galaxy formation and coevolution with massive black holes. This workshop is supported by the International Leading Research (ILR) grant, which aims to promote international research collaborations between young Japanese researchers and distinguished researchers who are invited to this workshop. We encourage participation of early-career researchers (postdocs and graduate students) who are eager to establish fruitful research collaborations with the invited foreign speakers. The primary goals are to strengthen international ties, foster a new generation of researchers, and advance our understanding of the universe through collaborative efforts.

Invited Speakers

• Monica Colpi (Milano-Bicocca)

• Sebastiano Cantalupo (Milano-Bicocca)

• Claudio Dalla Vecchia (IAC)

• Andrea Ferrara (SNS, Pisa)

• Michele Fumagalli (Milano-Bicocca)

• Stefania Salvadori (Firenze)

• Hidenobu Yajima (University of Tsukuba)

Registration

Registration for talks is now closed (due on July 26, 2024)

研究会は成功裡に終了しました。

LOC/SOC

• Kentaro Nagamine (Chair, Osaka University)

• Daisuke Toyouchi (ILR fellow, Osaka University)

• Hidenobu Yajima (University of Tsukuba)

• Atsushi Nishizawa (Gifu-shotoku University)

Supported by 

International Leading Research (ILR) program, JSPS KAKENHI Grant Number JP22K21349 

Theoretical Joint Research Project, Forefront Research Center, Graduate School of Science, Osaka University