00:30
UIB IAC3 Gravitational waves from the merger of strongly precessing black holes
00:43
UIB IAC3 GRG Boxes refinements 7 to 11
01:07
UIB IAC3 rpsi4 xy refinements 0 to 12 journey
00:43
UIB IAC3 Binary Black Hole Merger, GW150914-like: lapse + orbital
00:30
UIB IAC3 GRG Gravitational waves from the merger of strongly precessing black holes
00:45
UIB IAC3 GRG (Hi Resolution)Binary Black Hole Merger, GW150914-like : psi4 and strain evolution
00:38
Numerical Relativity simulation compatible with first gravitational wave detection
00:42
Orbital tracks of non-precessing binary black hole merger at mass ratio 4.
00:30
Gravitational waves from the merger of strongly precessing black holes
00:41
UIB Binary Black Hole Merger, GW150914-like (more precession): psi4 with grid
00:41
UIB Binary Black Hole Merger, GW150914-like (more precession): three-panel orbit+psi4+strain
00:41
UIB Binary Black Hole Merger, GW150914-like (more precession): psi4 and strain evolution
00:41
UIB Binary Black Hole Merger, GW150914-like (more precession): orbital + spin + strain evolution
00:41
UIB Binary Black Hole Merger, GW150914-like (more precession): psi4, strain and orbital evolution
00:41
UIB Binary Black Hole Merger, GW150914-like: orbital + psi4 + strain evolution
00:40
UIB Binary Black Hole Merger, GW150914-like: orbital and spin evolution
00:40
UIB Binary Black Hole Merger, GW150914-like: lapse + orbital + strain evolution
01:01
UIB Binary Black Hole Merger, q=2, Seff=-0.35: orbital evolution
00:05
Quadrupole Gravitational Wave
01:05
UIB Binary Black Hole Merger, q=2, Seff=-0.35: lapse + orbital evolution
00:38
UIB Binary Black Hole Merger, q=18, Seff=0.38: orbital and strain evolution
01:26
UIB Binary Black Hole Merger, q=1, Seff=-0.5: orbital evolution
01:06
UIB Binary Black Hole Merger, q=3., Seff=-0.39: orbital evolution.
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About
The UIB Relativity and Gravitation Group is one of the pioneering groups in Spain in the study of gravitational waves. The group is a member of LIGO and GEO, two major international projects dedicated to the detection of gravitational waves. We are also involved in the e-LISA, the European space-borne gravitational wave detector project, and the design study for the Einstein Telescope, a third generation gravitational wave detector.
In this channel we present visualisations of our work, simulating black holes and other compact objects.
Número de registre UIB: Y003UIB
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