How to use the whole galaxy to hear huge gravitational waves

1

Introduction

00:00 • 2min

2

The Nanograve Experiment Unveiled the Data It Found

01:57 • 2min

3

How the Nano Grab Experiment Used the Galaxy as a Detector for Gravitational Waves

04:26 • 2min

4

The Nanograph Experiment: A Large Physics Collaboration

06:04 • 2min

5

The Importance of Gravitational Waves

07:49 • 2min

6

The Propagation of Information in Space

09:38 • 3min

7

The Importance of Gravitational Waves

12:10 • 2min

8

The Nanograph Experiment Has Showed Gravitational Waves in the Universe

14:15 • 2min

9

The Nanogravity Collaboration

16:31 • 2min

10

The Limits of Gravitational Waves

18:23 • 2min

11

The Nanograph and the Pulsar Timing Arrays

20:16 • 2min

12

Neutron Stars and Pulsars

22:18 • 2min

13

The Predictability of Nanographs

24:00 • 2min

14

The Effect of Gravitational Waves on the Frequency of Neutron Star Pulses

25:44 • 2min

15

Gravitational Waves in the Night Sky

28:00 • 2min

16

Nanograph's Study of Pulsar Waves

29:47 • 2min

17

The Role of Nanogravity in Gravitational Waves

31:37 • 2min

18

Nanograph Results Unveiled

33:20 • 2min

19

Nanograph: A Gravitational Wave Detector

35:37 • 4min

20

The Hellens and Downs Curve for Gravitational Wave Backgrounds

40:06 • 6min

21

The Risk of Investing in a Pulsar Timing Array

45:37 • 2min

22

The Gravitational Wave Background of Supermassive Black Holes

47:55 • 5min

23

The Future Prospects of Nanograph

53:01 • 5min

24

The Universe Is Louder in Supermassive Black Hole Gravitational Waves Than We Thought

57:43 • 2min