[HTML][HTML] General relativistic effects on the orbit of the S2 star with GRAVITY
M Grould, FH Vincent, T Paumard, G Perrin - Astronomy & Astrophysics, 2017 - aanda.org
Context. The first observations of the GRAVITY instrument obtained in 2016, have shown
that it should become possible to probe the spacetime close to the supermassive black hole …
that it should become possible to probe the spacetime close to the supermassive black hole …
[PDF][PDF] General relativistic effects on the orbit of the S2 star with GRAVITY
M Grould, FH Vincent, T Paumard, G Perrin - A&A, 2017 - scholar.archive.org
Context. The first observations of the GRAVITY instrument obtained in 2016, have shown
that it should become possible to probe the spacetime close to the supermassive black hole …
that it should become possible to probe the spacetime close to the supermassive black hole …
General relativistic effects on the orbit of the S2 star with GRAVITY
M Grould, FH Vincent, T Paumard, G Perrin - Astronomy & Astrophysics, 2017 - cir.nii.ac.jp
抄録< jats: p>< jats: italic> Context.</jats: italic> The first observations of the GRAVITY
instrument obtained in 2016, have shown that it should become possible to probe the …
instrument obtained in 2016, have shown that it should become possible to probe the …
General relativistic effects on the orbit of the S2 star with GRAVITY
M Grould, FH Vincent, T Paumard… - … and Astrophysics-A&A, 2017 - inria.hal.science
Context. The first observations of the GRAVITY instrument obtained in 2016, have shown
that it should become possible to probe the spacetime close to the supermassive black hole …
that it should become possible to probe the spacetime close to the supermassive black hole …
General relativistic effects on the orbit of the S2 star with GRAVITY
M Grould, FH Vincent, T Paumard, G Perrin - Astron. Astrophys., 2017 - inspirehep.net
Context. The first observations of the GRAVITY instrument obtained in 2016, have shown
that it should become possible to probe the spacetime close to the supermassive black hole …
that it should become possible to probe the spacetime close to the supermassive black hole …
General relativistic effects on the orbit of the S2 star with GRAVITY
M Grould, FH Vincent, T Paumard… - Astronomy and …, 2017 - ui.adsabs.harvard.edu
Context. The first observations of the GRAVITY instrument obtained in 2016, have shown
that it should become possible to probe the spacetime close to the supermassive black hole …
that it should become possible to probe the spacetime close to the supermassive black hole …
[PDF][PDF] General relativistic effects on the orbit of the S2 star with GRAVITY
T Paumard, G Perrin - gphys.obspm.fr
General relativistic effects on the orbit of the S2 star with GRAVITY Page 1 General relativistic
effects on the orbit of the S2 star with GRAVITY GPhys, June 19th 2017 Marion Grould …
effects on the orbit of the S2 star with GRAVITY GPhys, June 19th 2017 Marion Grould …
General relativistic effects on the orbit of the S2 star with GRAVITY
M Grould, FH Vincent, T Paumard… - … and Astrophysics-A&A, 2017 - insu.hal.science
Context. The first observations of the GRAVITY instrument obtained in 2016, have shown
that it should become possible to probe the spacetime close to the supermassive black hole …
that it should become possible to probe the spacetime close to the supermassive black hole …
General relativistic effects on the orbit of the S2 star with GRAVITY
M Grould, FH Vincent, T Paumard, G Perrin - arXiv preprint arXiv …, 2017 - arxiv.org
The goal of this paper is to investigate the detection by GRAVITY of different relativistic
effects affecting the astrometric and/or spectroscopic observations of S2 such as the …
effects affecting the astrometric and/or spectroscopic observations of S2 such as the …
General relativistic effects on the orbit of the S2 star with GRAVITY
M Grould, FH Vincent, T Paumard, G Perrin - Astron. Astrophys., 2017 - hal.science
Context. The first observations of the GRAVITY instrument obtained in 2016, have shown
that it should become possible to probe the spacetime close to the supermassive black hole …
that it should become possible to probe the spacetime close to the supermassive black hole …