Jordi Hays

The waves travel across the tank in 480 microseconds, about one two thousandth of a second.

Hundreds of thousands of transducers listen.

Each sensor resolves motions smaller than the width of an atom, not micrometers or nanometers, but picometers.

Working together, hundreds of sensors can even push into the subatomic femtometer range.

Finer than the scale of atoms, a scale where we don't even have anything you've heard of.

The system captures data at a leisurely 17 gigabytes a second.

Gigabytes of sonic reverberations flow around your body.

And from vibrations, they form images with this device.

Each probe sees different angles of your body,

We combined hundreds of waves and thousands of sub images to get the final product.

Over 40 gigabytes of data moves through the system to just see one slice of your body.

We analyze the images, making out organs, structures, and tissues.

Of course, all good uses of AI.

There you go.

I'm not gonna read all that.

Here we show a slice of what we can see with 25 different biological structures.

We do this again and again and again as you move through the ring.

So are you moving through the ring or is the ring moving around you?

Interesting.

Over a period of 60 seconds, the goal is to obtain several hundred slices of your body.