Nick Talken

You know, coming in through either the Martian atmosphere or returning back into the U.S.

atmosphere.

How do you have the properties of steel that can withstand, you know, the temperatures and pressures of space plus, you know, on on the planet Earth?

Like that's what that's there's a huge amount of innovation happening right over there.

Right.

Just around chemistry materials to go solve that problem.

We have to solve these problems faster.

We can't take 10, 20, 30 years to solve these problems if we want to get done what I think all of us want to in our in our lifetimes.

I think it is a data problem for the most part.

People can't leverage their knowledge and their data.

And then once you start to solve that problem, then it becomes a like a laws of physics problem of how do you like kind of like I was saying before, you know, collect the right data, the right next experiment as quickly as possible.

And there's where high throughput laboratory automated testing comes in.

There's all sorts of technologies that people are inventing there to help to solve the next set of data we want to capture.

But if we're not capturing today's data very well, you know, there's nothing to inform us of what we want to do next.

I'm going to answer that question by giving a slightly different answer.

That's fair.

What I would love to see in the future, at whatever point is possible, is that you can invent with a laptop.

You can invent the physical world with a laptop.

Today, you can do that in the digital world very well.

Before, that wasn't possible.