<--- Back to Details
First PageDocument Content
Gravitational-wave astronomy / Binary stars / Chinese Academy of Sciences / Gravitational waves / First observation of gravitational waves / Science and technology in Germany / National Astronomical Observatory of China / Xinglong / LIGO / NAOC
Date: 2016-03-29 04:33:11
Gravitational-wave astronomy
Binary stars
Chinese Academy of Sciences
Gravitational waves
First observation of gravitational waves
Science and technology in Germany
National Astronomical Observatory of China
Xinglong
LIGO
NAOC

You are welcome to nominate speakers to . The video and slides of previous colloquia and more information can be found at http://colloquium.bao.ac.cn 年 第 7 次 / NoTime: Wednesday

Add to Reading List

Source URL: colloquium.bao.ac.cn

Download Document from Source Website

File Size: 553,45 KB

Share Document on Facebook

Similar Documents

Press release – October 17th, 2017  Observation of gravitational waves from binary neutron stars opens the way to new science IHES congratulates the LIGO/Virgo project team which announced, on October 16th, the first o

Press release – October 17th, 2017 Observation of gravitational waves from binary neutron stars opens the way to new science IHES congratulates the LIGO/Virgo project team which announced, on October 16th, the first o

DocID: 1v06v - View Document

GW151226: OBSERVATION OF GRAVITATIONAL WAVES FROM A 22 SOLAR MASS BINARY BLACK HOLE COALESCENCE A few months after the first detection of gravitational waves from the black hole merger event GW150914, the Laser Interfero

GW151226: OBSERVATION OF GRAVITATIONAL WAVES FROM A 22 SOLAR MASS BINARY BLACK HOLE COALESCENCE A few months after the first detection of gravitational waves from the black hole merger event GW150914, the Laser Interfero

DocID: 1tNF2 - View Document

No neutrinos (yet) accompanying gravitational waves The detection of gravitational waves is an almost unprecedented success of fundamental science. It not only yields the one yet missing proof of Einstein’s Theory of G

No neutrinos (yet) accompanying gravitational waves The detection of gravitational waves is an almost unprecedented success of fundamental science. It not only yields the one yet missing proof of Einstein’s Theory of G

DocID: 1rssQ - View Document

GRAVITATIONAL WAVES DETECTED FROM SECOND PAIR OF COLLIDING BLACK HOLES The LIGO Scientific Collaboration and the Virgo collaboration identify a second gravitational wave event in the data from Advanced LIGO detectors On

GRAVITATIONAL WAVES DETECTED FROM SECOND PAIR OF COLLIDING BLACK HOLES The LIGO Scientific Collaboration and the Virgo collaboration identify a second gravitational wave event in the data from Advanced LIGO detectors On

DocID: 1qWCz - View Document

GRAVITATIONAL WAVES DETECTED FROM SECOND PAIR OF COLLIDING BLACK HOLES  Abuduuxbiisiiya o?bigimskAAsts noo?gutsiisaduubya iduutsatsii nAbuutsbiiya sigooxgiya* The LIGO Scientific Collaboration and the Virgo collaboration

GRAVITATIONAL WAVES DETECTED FROM SECOND PAIR OF COLLIDING BLACK HOLES Abuduuxbiisiiya o?bigimskAAsts noo?gutsiisaduubya iduutsatsii nAbuutsbiiya sigooxgiya* The LIGO Scientific Collaboration and the Virgo collaboration

DocID: 1qF9b - View Document