Let's talk a little bit about what it solves and the friction points and everything that you alluded to earlier.

Absolutely.

So let's start with, you know, how qubits behave while you execute a quantum circuit.

Qubit is this basic computational component, the quantum analog of transistor.

And you are starting with giving this qubit some sort of energy, whether it's a pulse or laser pulse or electromagnetic pulse, RF, depending on the modality.

and now this qubit has some initial energy and through the quantum circuit you keep on introducing more gates that are causing this qubit to do operations in in three-dimensional space now turns out that when those qubits sit idle they start to develop coherent errors meaning they start to drift Think about a spinning top.

As long as it has energy, it will stay upright.

How does all this tie into error correction?

Did the idea come out of the three of you all together, or was there sort of a sequencing of discussions with Amir and with Daniel that sort of brought you to the, the thesis that's, that's represented by Quantum Elements?

Um, so I'm gonna say something that probably would resonate with a lot of people who build companies.

Um, and m- my...

And it is the fact that if you want to have a successful company, uh, there are so many things that can go wrong.

So choosing the people that you will go on this journey together with is probably the most important decision you're gonna make.

Um, so I met Amir more than a decade ago.

We actually worked on NV center detecting, detection systems, uh, for atomic force microscopes.

So that, I mean, do you see a role for Quantum Elements technology, not just in the design, but actually potentially in the operation of, of something like a, a, a, um, a readout, uh, scheme and, and syndrome detection scheme and, and feed forward for that matter?