[0:21:54 - 0:22:02] So then another student raised his hand and said, Professor Lowe, what would you actually do?

[0:28:50 - 0:29:10] And it's really frustrating because as far as I'm concerned, they're anti science, they just want to step on any flower that rises above the grass level because of jealousy because of I don't know what the point is that you can't innovate in science within such a climate.

[0:53:33 - 0:53:37] It's just a higher level of science and technology that allowed us to make it.

[1:16:54 - 1:17:02] There was a alleged whistleblower named Jake Barber who came out and talked about some type of telepathy.

[1:18:20 - 1:18:26] And so, you know, because I know my audience and I know a lot of people are going to say, well, what about all the whistleblowers?

[1:25:52 - 1:25:58] followed the same rules as recombination of electrons in protons in the laboratory is on Earth.

[1:36:04 - 1:36:23] That comes very close to earth would be detected by LIGO. But that's a very massive object, a hundred thousand tons. And it needs also to move close to the speed of light. Because if it moves much slower, then it doesn't match the frequency of signal to which LIGO is sensitive.

[1:36:49 - 1:37:09] It turns out that their mass density cannot be bigger than dark matter actually. But we would need a much more sensitive interferometers observatory than LIGO in order to detect things that are either lighter or moving much slower.

[1:37:09 - 1:37:24] In principle, you cannot avoid gravity. So eventually when we build, for example, there is a plan to build Lisa, which would be an interferometer in space. It would be sensitive to smaller objects moving slower.