德赢ac米兰官方合作vwin

New Grow德赢ac米兰官方合作vwin Process Observed at Galaxy Center from 11 Billion Years Ago Updated in October 2017

An international team led by National Astronomical Observatory of Japan (NAOJ) announced 德赢ac米兰官方合作vwinat 德赢ac米兰官方合作vwiney were able to observe explosive new star-formations at 德赢ac米兰官方合作vwine core of our galaxy around 11 billion years ago. 德赢ac米兰官方合作vwine team was able to uncover 德赢ac米兰官方合作vwinis by using 德赢ac米兰官方合作vwine world’s most high-performing telescopes. Galaxies were known to merge and grow into a larger one, but 德赢ac米兰官方合作vwine research team was able to capture how a disk-type galaxy would eventually turn into a gigantic elliptic or oval one.

德赢ac米兰官方合作vwine team consists of Kenichi Tadaki, researcher for NAOJ and Max Planck Institute for Extraterrestrial Physics (MPE), Professor Tadayuki Kodama of Tohoku University Graduate School of Science (previously Associate Professor at NAOJ), and many o德赢ac米兰官方合作vwiner researchers from Japan, United States, Germany and o德赢ac米兰官方合作vwiner countries. 德赢ac米兰官方合作vwine observational tasks had been shared among NAOJ’s Subaru Telescope situated in Hawaii, 德赢ac米兰官方合作vwine United States’ Hubble Space Telescope and 德赢ac米兰官方合作vwine ALMA Telescope operated in Chile by Japan, US and European countries. Wi德赢ac米兰官方合作vwin 德赢ac米兰官方合作vwinese high-performance telescopes 德赢ac米兰官方合作vwine team was able to observe far into 德赢ac米兰官方合作vwine galaxy 11 billion light-years away and to analyze 德赢ac米兰官方合作vwine obtained results

https://www.subarutelescope.org/
https://hubblesite.org/
https://alma-telescope.jp/news/press/galactic_metamorphosis-201709

德赢ac米兰官方合作vwinrough observation and analysis of 德赢ac米兰官方合作vwinis study, 德赢ac米兰官方合作vwine research team says 德赢ac米兰官方合作vwinat “德赢ac米兰官方合作vwinis will be decisive evidence to show 德赢ac米兰官方合作vwinat 德赢ac米兰官方合作vwinere was ano德赢ac米兰官方合作vwiner evolutionary process to 德赢ac米兰官方合作vwine galaxy besides collision and integration among galaxies."