Welcome to another bonus episode of the Tech Name Ride Home, another portfolio profile episode.

Today we are going to talk to one of the most exciting technology companies that we've invested in in the Right Home Fund and a very timely one considering what's going to be happening over the first half of this year we believe.

We're going to be talking to the founders of Nanome, which is a VR company, but a very specific type of VR company.

Actually, let me let the founders do it.

First of all, Kata, introduce yourself.

Hi, I'm Kata Funakawa, I'm the COO and co-founder of NANO.

And Steve. Yeah, hey, I'm Steve McClosky, CEO, I'm co-founder of Nanum.

So when I say that it's a unique sort of thing, it is because this is VR but doing really cool science shit.

So whoever wants to take this away,

give me the two minute sort of elevator of what Nanome does and why it's cool science

shit like I said. Yeah definitely so at Nanome we're building the ultimate

interface for science starting with molecular data so it's kind of like you know the

Jarvis hologram interface that you've probably seen in Iron Man when Tony Stark

makes a new atom but it's real you know we use off the shelf virtual and mixed reality hardware and you could like download us on the

Quest store and so we make software for those devices.

Now at the very, very basic fundamentals, you know, if you strip away a lot of the other kind of features, right?

One of the most kind of killer basic things, and as I like to describe it, is like it's kind of like those chemistry kits that you might have used in high school except you never

run out of parts in VR and AR and then on top of that you can apply some crazy simulation algorithms you can

connect it to supercomputers and see the atoms and molecules wiggle and jiggle.

And so combining that with the latest in AI advancements in chem informatics, it's a really, really powerful tool for researchers to make

breakthroughs in AR&BR. So this is for chemists, for biologists, for people working with molecules, you know, down at the

atomic level or whatnot. The so essentially when you say like the the tonal the one where you can't

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