Phil Halper (aka Skydivephil) | The Future of Gravitational Wave Astronomy @PhilHalper1 | Uploaded August 2019 | Updated October 2024, 1 week ago.
Leading experts (including Nobel Prize Winner Rai Weiss) discuss the future and far future of gravitational wave astronomy from upgrading LIGO to larger ground based detectors such as The Einstein telescope and The Cosmic Explorer to spaced missions such as LISA, DECIGO and the Big Bang Observer. For a timeline of content see below:
RW =Rainer Weiss - MIT
BS =Bangalore Sathyaprakash - Penn State
SR = Shelia Rowan - Glasgow University
GG= Gabriela González Louisiana State
BFS = Bernard F Shutz - Cardiff University
JB = John F Beacom - Ohio State
MAM = Miguel Alejandro Mostafá - Penn State
00:00 SR on invisible messengers
00:30 narration on gravitational waves
1:21 RW on the first discovery
4:47 BS on first discovery
5:10 RW on the colliding black holes
5:30 BS on the mystery of the black hole masses and spins
6:41 GG on discoveries to date
7:46 narration on improving LIGO
8:10 SR on new technologies for imprivng ground based detectors
10:03 BS on upgrading LIGO
10:25 SR on new ground based detectors
11:38 narration on the Hubble tension
12:24 BFS on standard sirens and solving the Hubble tension
13:35 GG on larger ground based detectors beyond LIGO
15:19 RW on the above topic
15:44 BFS on the above topic
16:08 narration on LISA
16:23 SR on the need for a space based mission
17:39 RW on LISA
19:13 BFS on LISA
20:35 SR on LISA
20:48 RW on LISA
21:01 GG on LISA
22:26 RW on LISA
22:54 BS on surprises
23:17 RW on LISA
24:26 BS on pulsar timing arrays
25:39 narration on the mysteries that gravitational waves can unlock
25:55 BS on dark matter
27:26 narration on modified gravity
27:29 SR on modified gravity
29:14 BFS on dark matter
29:48 BS on dark energy
30:32 GG on dark energy
30:49 BFS on dark energy
32:27 BS on quantum gravity
33:49 BFS on quantum gravity
36:18 narration on multi messenger astronomy
36:42 JB on above topic
37:06 MAM on neutron star collisions
38:02 JB on neutrinos
38:27 MAM on AMON
40:39 narration on how do black hole and black binaries form
40:49 RW on above topic
41:12 JB on neutrinos and above topic
42:27 JB on the CNB cosmic neutrino background
44:26 MAM on cosmic rays
45:47 BFS on missions to look for primordial gravitational waves
48:07 RW on the Big Bang Observer
Leading experts (including Nobel Prize Winner Rai Weiss) discuss the future and far future of gravitational wave astronomy from upgrading LIGO to larger ground based detectors such as The Einstein telescope and The Cosmic Explorer to spaced missions such as LISA, DECIGO and the Big Bang Observer. For a timeline of content see below:
RW =Rainer Weiss - MIT
BS =Bangalore Sathyaprakash - Penn State
SR = Shelia Rowan - Glasgow University
GG= Gabriela González Louisiana State
BFS = Bernard F Shutz - Cardiff University
JB = John F Beacom - Ohio State
MAM = Miguel Alejandro Mostafá - Penn State
00:00 SR on invisible messengers
00:30 narration on gravitational waves
1:21 RW on the first discovery
4:47 BS on first discovery
5:10 RW on the colliding black holes
5:30 BS on the mystery of the black hole masses and spins
6:41 GG on discoveries to date
7:46 narration on improving LIGO
8:10 SR on new technologies for imprivng ground based detectors
10:03 BS on upgrading LIGO
10:25 SR on new ground based detectors
11:38 narration on the Hubble tension
12:24 BFS on standard sirens and solving the Hubble tension
13:35 GG on larger ground based detectors beyond LIGO
15:19 RW on the above topic
15:44 BFS on the above topic
16:08 narration on LISA
16:23 SR on the need for a space based mission
17:39 RW on LISA
19:13 BFS on LISA
20:35 SR on LISA
20:48 RW on LISA
21:01 GG on LISA
22:26 RW on LISA
22:54 BS on surprises
23:17 RW on LISA
24:26 BS on pulsar timing arrays
25:39 narration on the mysteries that gravitational waves can unlock
25:55 BS on dark matter
27:26 narration on modified gravity
27:29 SR on modified gravity
29:14 BFS on dark matter
29:48 BS on dark energy
30:32 GG on dark energy
30:49 BFS on dark energy
32:27 BS on quantum gravity
33:49 BFS on quantum gravity
36:18 narration on multi messenger astronomy
36:42 JB on above topic
37:06 MAM on neutron star collisions
38:02 JB on neutrinos
38:27 MAM on AMON
40:39 narration on how do black hole and black binaries form
40:49 RW on above topic
41:12 JB on neutrinos and above topic
42:27 JB on the CNB cosmic neutrino background
44:26 MAM on cosmic rays
45:47 BFS on missions to look for primordial gravitational waves
48:07 RW on the Big Bang Observer
