Machine Learning Finds 140,000 Future Star Forming Regions in the Milky Way
Universe Today,
Our galaxy is still actively making stars. We’ve known that for a while, but sometimes it’s hard to understand the true scale…
Mais de 140 mil berçários estelares são mapeados na Via Láctea
Terra (Spain),
Pesquisadores descobriram cerca de 140 mil nuvens moleculares na Via Láctea. Com uma inteligência artificial, eles mapearam a…
Mais de 140 mil berçários estelares são mapeados na Via Láctea
Canaltech,
Uma equipe de pesquisadores liderada por Shinji Fujita, da Universidade Metropolitana de Osaka, no Japão, identificou cerca de…
Star formation determined by Artificial Intelligence
Knowledia,
Areas of star formation in the Milky Way have been successfully identified by researchers through the use of Artificial…
AI draws highly accurate map of star birthplaces in the galaxy
Phys.org,
Stars are formed by molecular gas and dust coalescing in space. These molecular gases are so dilute and cold that they are…
Star formation determined by Artificial Intelligence
Innovation News Network,
Researchers from the Osaka Metropolitan University Graduate School of Science have used Artificial Intelligence (AI) to…
AI draws most accurate map of star birthplaces in the Galaxy
ScienMag,
Stars are formed by molecular gas and dust coalescing in space. These molecular gases are so dilute and cold that they are…
AI draws most accurate map of star birthplaces in the Galaxy
EurekAlert!,
Stars are formed by molecular gas and dust coalescing in space. These molecular gases are so dilute and cold that they are…
AI draws most accurate map of star birthplaces in the Galaxy
Newswise,
Newswise — Stars are formed by molecular gas and dust coalescing in space. These molecular gases are so dilute and cold that…
天の川銀河の星間分子ガス雲分布をAIで描出＝大阪公立大など
Ascii.jp,
大阪公立大学などの共同研究チームは、国立天文台野辺山45メートル宇宙電波望遠鏡によって観測された天の川銀河（銀河系）の一酸化炭素分子の大規模データから、星の原料となる星間分子ガス雲を約14万個同定。さらに、人工知能（AI）を用いて、世界で最も詳細に銀河円盤の…
大阪公大など、天の川銀河内に約14万個存在する分子雲の距離をAIで推定
Mycom,
大阪公立大学(大阪公大)、東京大学、核融合研究所(核融合研)、福井工業大学(福井工大)、理化学研究所(理研)、国立天文台(NAOJ)の6者は1月27日、NAOJの野辺山45m宇宙電波望遠鏡によって詳細に観測された天の川銀河の一酸化炭素(CO)分子の大規模デー…