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We’re able to discover & develop new advanced materials & technologies faster than ever before — transforming a process that traditionally relied on years of trial & error by utilising #AI. See how our technology development pipeline compares to traditional methods below.

Head to the link below as Yi-Lun Liao (Yi-Lun Liao) from Massachusetts Institute of Technology (MIT) & Aditi S. Krishnapriyan (Aditi Krishnapriyan) from UC Berkeley explore new methodologies for training & scaling neural network potentials (NNPs) that are reshaping #AI applications in materials science. bit.ly/3EyMmke

We’re excited to share that Civo is deploying our #carbonremoval technology at its UK data center – a crucial step for the #tech industry and revolutionizing AI. More in Semafor: bit.ly/4i672yb Learn more about our data center products: bit.ly/3RKwFK4

We've released our new foundation models for simulation. Our most accurate model sets a new state-of-the-art, while our fastest model is 10x more efficient — and still incredibly accurate. Quantum accuracy mesoscale simulations are now possible. orbitalmaterials.com/post/orb-v3-at…

We’re proud to partner with NVIDIA to solve the hardest challenges in advanced industries, starting with data centers. Our products are engineered to meet the most demanding performance requirements in modern data centers: reducing energy, optimizing thermal efficiency, and

Our data center solutions are built entirely in-house, from the ground up. Because we're fully verticalized, we can move seamlessly from using our AI models to design and test new materials, to integrating those materials directly into products. One example is our two-phase,

We’ve been featured on Bloomberg & Founders Forum Group's list of '25 European Startups That Could Change The World' 🚀 It’s an honor to be named amongst groundbreaking startups such as Mistral AI, Helsing and Wayve, as we shape the future of advanced industries by designing

What a phenomenal few days in Iceland 🇮🇸! Bringing together our chemists, engineers, and ML/AI experts, this trip strengthened our internal alignment and highlighted our unique, interdisciplinary team structure. We’re not just advancing technology — our products are enabling

AI is allowing companies to reimagine advanced materials of the future. We use our AI models to bring to market data center technologies for the next generation of extreme AI workloads. Our solution, a dual purpose chiller built for liquid-cooled data centers, was featured in

Partnering with Orbital at @compoundvc has taught us a lot about what a world class materials focused company looks like. It's one of our largest investments in our current fund since partnering years ago. We've continued to spend more time digging into the materials

What’s one of the biggest challenges data centers face? With the exponential rise in the development and use of AI, data centers are beginning to overheat due to the extreme workloads. At Orbital, we’ve developed products such as our direct-to-chip, two-phase cooling solution

We built our simulation model, Orb, using Amazon Web Services's SageMaker HyperPod. It’s helped us go from materials discovery to physical deployment 10 times faster. Orb powers the design of materials used in our dual-use chiller — built for cooling AI-scale data centers with

Our AI simulation model, Orb, continues to be recognized as a game-changer within materials innovation. The World Economic Forum detailed in a recent article how AI is transforming materials discovery, moving from hypothesis to design, prediction, and validation at unprecedented speed. And