So like what was the end result of all of your effort for this thing? But let's start with leading up to it, you know, take me across the state of Colorado, how that was, you know, any crazy stuff happened and, and, uh, just walk me through it.

Yeah.

Um, overall the project, um, We could not have asked for a better outcome, to be honest with you.

Logistics-wise, weather-wise, everybody a part of the crew, everybody who joined me, paced me, it just seemed like damn near everything went perfect, you know, and that's, and that's usually not the case.

There's always usually, you know, something, something that goes wrong when you're doing something like that for 14 days, you know, it's just, it's just a matter of time, but.

We got really lucky when it came to all that.

There was, so we started in the four corners of Colorado.

What place were you running at and all that kind of stuff?

And I don't know, Gavin, if your, your code writers have the, the capacity to actually be very specific in the type of, uh, uh, responses or solutions that we re-require for this particular timeline.

It's a good question.

I-I'll give you a broad stroke on the answer.

The quantum computing with its mathematical basis, uh, is algorithm-driven, but those algorithms are self-learning.

So when they're looking at coding, it's basically the algorithm is written, depending on the coding, to not only find a certain pattern code, but it then keeps asking itself, is that the most efficient interpretation of that code? So what you get, and you know, this is the interesting part, what you get is not only a speed of data processing, but a speed of solutions with quantum spiritual AI that basically will then allow the interpretations that you're talking about to be examined and the truth of what it, uh, examines to be the most efficient comes out.

So you may claim different codes say different things.

A quantum AI spiritual one will actually give you the scenarios of saying this is the most likely code that is in existence for this as opposed to the others.

And so Gavin, in that respect, does it give, uh, probability percentages of which solution are the most likely to, to occur?