Yusuke Fujimoto

Associate Professor

University of Aizu

Japan

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About

Dr. Yusuke Fujimoto is an Associate Professor at the University of Aizu, Japan. His research primarily focuses on the dynamics of star formation in galactic structures, with recent publications addressing topics such as cloud-collision-driven star formation, gas density characterization in galaxies, and the efficiency of star formation in barred galaxies. His work employs innovative statistical methods to analyze molecular gas and the feedback mechanisms in galactic environments.

Articles (13)

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2025

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2024

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2024

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2023

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2023

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2022

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2022

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2021

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2021

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2021

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2021

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2020

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2020

Collaborators (4)

Fumi Egusa

University of Tokyo

JAPAN

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Ben Keller

Assistant Professor

University of Memphis

UNITED STATES

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Devin Schrader

UNITED STATES

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Kouji Ohta

JAPAN

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Yusuke Fujimoto

Research Interests

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Articles (13)

Galactic Structure Dependence of Cloud–Cloud-collision-driven Star Formation in the Barred Galaxy NGC 3627

Detection of CO(1−0) Emission at the Tips of the Tidal Tail in the Antennae Galaxies

Sub-kpc scale gas density histogram of the galactic molecular gas: a new statistical method to characterize galactic-scale gas structures

Efficient radial migration by giant molecular clouds in the first several hundred Myr after the stellar birth

Statistical Study of the Star Formation Efficiency in Bars: Is Star Formation Suppressed in Gas-rich Bars?

CO(2–1)/CO(1–0) Line Ratio on a ∼100 Parsec Scale in the Nearby Barred Galaxy NGC 1300

Uniform initial 10Be/9Be inferred from refractory inclusions in CV3, CO3, CR2, and CH/CB chondrites

Sub kpc-scale gas density histogram: a new statistical method to characterize galactic-scale gas structures

Momentum feedback from marginally resolved H ii regions in isolated disc galaxies

A scaling relation for the molecular cloud lifetime in Milky Way-like galaxies

Connection among environment, cloud–cloud collision speed, and star formation activity in the strongly barred galaxy NGC 1300

Formation and evolution of the local interstellar environment: combined constraints from nucleosynthetic and X-ray data

An uncertainty principle for star formation – V. The influence of dust extinction on star formation rate tracer lifetimes and the inferred molecular cloud lifecycle

Collaborators (4)

Fumi Egusa

Ben Keller

Devin Schrader

Kouji Ohta

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