We find new materials.
Atomkind uses AI to design materials that don't exist yet. Then we make them and test them for real.
Every material is a mix of elements from this table. The orange squares stand for the mixes nobody has made yet.
There are 118 elements. Most of the ways to combine them have never been tried.
Finding one new material and getting it into real use usually takes 10 to 20 years. We want to cut the search part down to weeks.
How we find them
- 1
We start with the job.
What does the material have to do? For example, survive 2,000°C or work without a rare metal.
- 2
AI suggests candidates.
Our models propose atom arrangements that nobody has made before.
- 3
Our GPUs check them.
Simulations rule out the weak ones before anyone turns on a furnace.
- 4
A lab makes the best few.
We work with partner labs to make them and measure how they really perform.
- 5
The results go back in.
Every result goes into the next round of guesses, including the failures.
We run our own computers.
Our first two NVIDIA GB300 machines arrive soon. Because we own them, the search can run day and night without waiting for rented time.
Problems we want to solve first
-
Metals that survive extreme heat
Jet engines and rockets need parts that stay strong far past the point where today's alloys fail.
NbMoTaWHf -
Magnets without rare earths
Most electric car motors use neodymium magnets, and most of the world's supply comes from China. We want strong magnets made from common elements.
FeNMnAl -
Batteries that hold more
We want cathodes that cost less and store more charge, and solid electrolytes that won't catch fire.
LiNaSMnP -
Cheaper clean hydrogen
Many machines that split water need iridium, one of the rarest metals on Earth. We want catalysts that skip it.
NiFeMoCo
The symbols are the elements we'll start with.
Why we started Atomkind
Most materials we use today were found by trial and error, one sample at a time. Computers are now fast enough to test far more ideas before anyone makes a single sample.
Got a material problem?
Tell us what the material has to do. We'll tell you how we'd search for it.
Email hello@adorellc.proWant to work on this with us? Same address.