00:16

Numerical simulation of the compact binary system GW230529: Matter

00:28

Numerical simulation of the compact binary system GW230529: Matter and waves

02:54

TRAPUM Meet The Team: Prajwal Voraganti Padmanabh

00:29

What fuels the powerful engine of neutron star mergers?

02:40

TRAPUM Meet The Team: Colin Clark

01:16

Die Fermi-Mission der NASA hat fast 300 Gammapulsare entdeckt... und es werden mehr

00:47

Numerical-relativistic simulation of a binary neutron star merger

06:56

One second-long numerical-relativistic simulation of a binary neutron star merger

01:02

Numerical simulation of a black hole-neutron star merger.

01:59

20 Years GRACE Mission

03:40

Neutron star merger visualized

02:36

Continuous gravitational waves (subtitles on)

00:33

Simulation of a black-hole–neutron-star merger (GW200115)

24:10

PTDW 21 | Ask a Scientist LIVE | Prof. Dr. Harald Pfeiffer

00:26

A low-mass black hole and a neutron star merge to a black hole surrounded by an accretion disk

02:52

Exploring the Universe with Gravitational Waves

00:30

Numerical simulation of a heavy black-hole merger (GW190521)

00:30

Numerical simulation of a heavy black-hole merger with horizon deformation (GW190521)

01:33

Gravitational-wave overtones emitted by a black-hole merger with large mass-ratio (GW190814)

01:25

Numerical simulation of a black-hole merger with asymmetric masses and orbital precession (GW190412)

01:25

Numerical simulation of a black-hole merger: asymmetric masses, orbital precession & spin (GW190412)

01:57

A journey to the strings

06:25

Searching for Continuous Gravitational Waves

00:42

Simulation of the neutron star coalescence GW190425

02:38

The path to LISA: a unique collaboration

02:38

The path to LISA: a unique collaboration

05:11

GEO600 Movie (2002)

02:10

The path to LISA: LISA Pathfinder was a lab in space

02:10

The path to LISA: LISA Pathfinder was a lab in space

04:06

The path to LISA: The interferometers of LISA and LISA Pathfinder

04:06

The path to LISA: The interferometers of LISA and LISA Pathfinder

00:48

GW170817: Numerical relativity simulation of a binary neutron star merger

03:42

The path to LISA: The core of LPF and LISA – free falling test masses

03:42

The path to LISA: The core of LPF and LISA – free falling test masses

07:02

Where is the water? Studying climate change with gravitation

06:47

Wo ist das Wasser? Mit Gravitation den Klimawandel erforschen

02:08

The Path to LISA: LISA Generations

05:05

Interview Dr. Alexander Blum

03:14

Nobelpreisträger Rainer Weiss über die Zusammenarbeit mit der Max-Planck-Gruppe

03:15

Nobel Laureate Rainer Weiss about the collaboration with the Max Planck Group

02:13

Kosmologisches Billard

05:49

LISA Pathfinder: Abschied nehmen

05:49

LISA Pathfinder: Time to say goodbye

00:30

Binary Neutron Star Merger (without magnetic fields)

00:42

Binary Neutron Star Merger

00:28

Binary Neutron Star Merger (with magnetic fields)

00:06

Binary Neutron Star Merger (Ejecta)

00:36

Binary Neutron Star Merger (Density, Gravitational Waves, Entropy, Ejecta)

00:46

Gravitational waves during the merger of PSR J0737-3039

00:37

Simulation of PSR J0737-3039

00:47

High mass ratio neutron star merger

00:48

Simulation of the neutron star coalescence GW170817

00:33

First LIGO/Virgo detection of a binary neutron star merger (GW170817)

00:47

Simulation of the neutron star coalescence GW170817

00:49

Simulation of the neutron star coalescence GW170817

00:47

Simulation of the neutron star coalescence GW170817

00:15

Simulation of the neutron star coalescence GW170817

00:36

Binary neutron star merger

01:12

Binary neutron star merger

00:38

GW170814: First triple-coincident observation of a black hole merger by the LIGO and Virgo detectors