Harold Connolly Jr.

You need energy.

But everybody forgets that to get that, what you need is a planet.

and understanding how planets are formed and the baseline geology that then the final baseline below geology, the physics can all play into and then work with the astronomers, the remote sensors, the biologists to put our various hypothesis together to test them with our knowledge in a big picture scope.

Right, yeah.

So NASA archives about 70% of the sample.

The sample team, analysis team, doesn't get more than a very small amount of the total sample.

And then we had it exclusively for a two-year period.

And then the community at large, scientists at large, begin to apply for samples at Johnson Space Center.

They can look up samples in the catalog.

And then they're all currently, those people who have samples from around the world are...

that are not part of the science team for OSIRIS-REx, our team at Global 2, are analyzing the sample as we speak.

And several papers have already been submitted to the scientific journal to talk about their findings in print.

And yeah, it's incredible.

And that's how science works.

Science works.

Our government shared sample with the Japanese government as well.

And our Japanese colleague, meaning OSIRIS-REx sample, Hayabusa sample were shared.

And each nation is also looking at their samples as well.

So it's great.

Yeah, first let me say thank you very much for the invitation and to join you both.