Uploaded March 2026 | Updated September 2026, 2 weeks ago
What if we could build a world with minimal industrial waste and reusable byproducts?
In this video, Aayush Singh, who leads Catalyst Discovery at SandboxAQ, explains how AI and quantum chemistry are transforming the way scientists discover catalysts: the critical materials that enable chemical reactions used to produce fuels, plastics, pharmaceuticals, and countless everyday products.
Traditionally, discovering new catalysts has required decades of experiments and expensive quantum chemistry simulations. But with AI-accelerated approaches and Large Quantitative Models (LQMs) trained on physics-based simulations, researchers can now evaluate potential catalysts up to 20,000x faster.
This breakthrough could unlock new ways to:
-Reduce energy consumption in industrial processes
-Lower CO₂ emissions
-Turn waste into valuable materials
-Accelerate the transition to a circular economy
Learn how AI-driven catalyst discovery could reshape global manufacturing and help create a more sustainable future.
If you're interested in the intersection of AI, chemistry, and climate technology, subscribe for more insights from the scientists and engineers building the next generation of breakthroughs at SandboxAQ.
#sandboxaq #lqms #aqchemsim
What if we could build a world with minimal industrial waste and reusable byproducts?
In this video, Aayush Singh, who leads Catalyst Discovery at SandboxAQ, explains how AI and quantum chemistry are transforming the way scientists discover catalysts: the critical materials that enable chemical reactions used to produce fuels, plastics, pharmaceuticals, and countless everyday products.
Traditionally, discovering new catalysts has required decades of experiments and expensive quantum chemistry simulations. But with AI-accelerated approaches and Large Quantitative Models (LQMs) trained on physics-based simulations, researchers can now evaluate potential catalysts up to 20,000x faster.
This breakthrough could unlock new ways to:
-Reduce energy consumption in industrial processes
-Lower CO₂ emissions
-Turn waste into valuable materials
-Accelerate the transition to a circular economy
Learn how AI-driven catalyst discovery could reshape global manufacturing and help create a more sustainable future.
If you're interested in the intersection of AI, chemistry, and climate technology, subscribe for more insights from the scientists and engineers building the next generation of breakthroughs at SandboxAQ.
#sandboxaq #lqms #aqchemsim
