Not exact matches
Photograph of the 100 - meter
radio telescope used to detect water vapor in the early universe courtesy of the Max Planck Institute for Radio Astr
radio telescope used to detect water vapor in the
early universe courtesy of the Max Planck Institute for
Radio Astr
Radio Astronomy
This research was conducted by: • Shuro TAKANO (NAOJ Nobeyama
Radio Observatory / SOKENDAI) • Taku NAKAJIMA (Solar - Terrestrial Environment Laboratory, Nagoya University) • Kotaro KOHNO (Institute of
Astronomy / Research Center for the
Early Universe, The University of Tokyo) • Nanase HARADA (Academia Sinica Institute of
Astronomy and Astrophysics [At the time of writing: Max Planck Institute for
Radio Astronomy]-RRB- • Eric HERBST (University of Virginia) • Yoichi TAMURA (Institute of
Astronomy, The University of Tokyo) • Takuma IZUMI (Institute of
Astronomy, The University of Tokyo) • Akio TANIGUCHI (Institute of
Astronomy, The University of Tokyo) • Tomoka TOSAKI (Joetsu University of Education)
Alongside this, our HLF - funded «First Light at Jodrell Bank» project will work on the historic «South Side» of the site (not usually open to the public)-- the area in which the key scientific developments took place in the
early days of
Radio Astronomy.
The workshop this year highlighted
radio astronomy in association with the start of ALMA
Early Scientific Observation from the end of September.
The 48th YERAC will bring together
early - career scientists in the field of
radio astronomy to present and discuss their research.
The observations, presented in a paper led by Yali Shao (Peking University and the National
Radio Astronomy Observatory), have provided intriguing insight about
early supermassive black hole growth.