My favorite stealth startup,
@ZenithonAIx is today coming out of stealth (with a $10M raise):
I'm so excited to be a part of
@alexhigg_ and Abi's journey to shorten 10x the time it takes to design and build complex physical machinery (fusion reactors, rockets, electronics, ...).
I come from the world of software. When you're a software engineer, you take for granted that once you have code written, you can compile it in seconds or minutes, see if it runs, rinse, repeat. But for physical machinery, the cycles take weeks and months.
You designed a component of a fusion reactor. Great! Now wait for weeks while the simulation run. See it doesn't work. Do you still remember how it works? Great! Now change some stuff, and wait weeks more for another simulation. How can anyone work like this?! Well, they do, and that's why it takes decades to build a new nuclear reactor, and why these technologies progress so slowly. THIS is why we still don't have fusion.
Zenithon solves this! With Zenithon, Engineers can iterate at software speeds. Engineers will wait seconds or minutes, not weeks and months. Engineers will be able to run millions of simulations at once, enabling parameter sweeps. Engineers will be able to design physical objects as fast as software engineers build software, and with similarly-powerful tooling. And as the engineers get augmented by AI, the capabilities will compound: the Engineers will deploy machine-aided creativity, and Zenithon will tell them how those designs fare in the real world.
That's how the Millennium Problems were solved: mathematical proofs, and code, can be checked quickly, and AI is fantastic at designing for goals that are machine-checkable. When Zenithon can machine-check designs in seconds, and enable iteration, AI will solve not only Millennium problems, but it will design the first economical nuclear reactors, rockets that get cargo to orbit for 10$/kg, and much more.
Between boosting power availability, booting our expansion into space, and our ability to manufacture goods on earth, Zenithon can singlehandedly bring us into the age of abundance.
I'm so so happy to be supporting Zenithon (in my position as investor and intern :) ), and I can't wait for them to bring abundance and do the other things.
(Full disclosure + humblebrag: me,
@LawrenceLundy and the rest of
@lunar_vc led the pre-seed round. I thought back then we're huge fans of the indomitable
@alexhigg_. But to my surprise, every day since I've only become more of a fanboy. By now, I'm just hoping to be a footnote in the story of how he brought humanity into the era of abundance.)
x.lingyaoai.com/ZenithonAIx/status/210…
We’ve raised $10m to build the first world models for extreme physics and accelerate the technologies that will define the 21st century. Our backers include
@BackedVC ,
@lunar_vc ,
@seraphim_space ,
@MMC_Ventures and
@SOSV , as well as other funds, founders and hyperscaler directors.
Alongside AI, this century will be shaped by rockets, fusion reactors and fabs. Building the next generation means understanding and controlling increasingly complex physics. Today’s tools cannot keep pace: when a single simulation or experiment takes days, even the best engineering teams can explore only a fraction of the possibilities.
At Zenithon, we’re building models to explore a million design points in the time it takes to simulate one, and to learn directly from real-world experiments. Engineers can search beyond familiar designs, discover new levels of performance and keep improving how their machines operate.
The team, co-founded by
@alexhigg_ and , brings together researchers behind foundational breakthroughs in machine learning for physics and a wider team from leading labs globally. We’re proud to be building this together.
Our ambition is to keep human innovation on an exponential path, even as the technologies we build become more complex.
Linkedin
linkedin.com/company/zenitho…