Orbital Materials incubates advanced materials and climate technologies for the habitability of the planet, using a proprietary AI platform. Self-described as pioneering approaches to decarbonize data centers and improve efficiency in mining and water treatment.

Orbital Materials

Orbital Materials incubates advanced materials and climate technologies using its AI platform to enhance the long-term habitability of our planet.

Orbital Materials | 2,728 followers on LinkedIn. Leveraging AI to accelerate advanced materials and climate technologies for the long term habitability of our planet. | By leveraging the power of artificial intelligence, we’re able to discover, design and develop new advanced materials and climate technologies faster than what is possible with human input alone. 

Bringing together the best minds in chemistry, chemical engineering, AI and machine learning, Orbital Materials combines world-class computational chemistry and chemical engineering and enhances this with the largest generative AI model for chemistry, LINUS, trained on our world-leading proprietary dataset.  

From techno-economic analysis to material design, process development and piloting, Orbital Materials uses AI to accelerate every step of the development of a new climate technology.

Managing Partner at maze impact

Antonio Miguel

Chemical Engineering Lead

Michael Beaver

Daniel Miodovnik

Advanced Materials & AI | CEO @ Orbital Materials

Jonathan Godwin

We’re thrilled to announce that NVentures, NVIDIA ’s venture capital arm, has invested in Orbital to advance materials and #climate technologies with #AI . With this milestone, we’ll continue to develop the building blocks of transformational technologies, including better advanced materials for carbon removal, semiconductors and catalysts. Learn more about this investment and how it will help us continue to push the frontier of engineering at the atomic scale at the link below: https://lnkd.in/eJNcJBWy

ICYMI: We’re hosting a webinar series hosted by an exciting lineup of experts that’s all about unlocking the future of #AI in materials science. Learn more about the series and secure your spot below. 8th November - Big data and Symmetry in Machine Learning Models, hosted by Marcel Langer and Jonathan Schmidt at 3 p.m. GMT / 10 a.m. ET: https://bit.ly/3Y93Dqw 15th November - AI for Electrolyte Solution Simulations hosted by Timothy Duignan at 2 p.m. GMT / 9 a.m. ET: https://bit.ly/4eKF7TH

Interested in learning more about the future of #AI in materials science? Then join us for our upcoming webinar series to explore the intersection of artificial intelligence, machine learning and materials science. More details about our two events and how to register below via the link: https://lnkd.in/gkS__kcM 8th November - Big data and Symmetry in Machine Learning Models, hosted by Marcel Langer and Jonathan Schmidt at 3 p.m. GMT / 10 a.m. ET: https://bit.ly/3Y93Dqw 15th November - AI for Electrolyte Solution Simulations hosted by Timothy Duignan at 2 p.m. GMT / 9 a.m. ET: https://bit.ly/4eKF7TH

Our Founder and CEO Jonathan Godwin joined host Dan Nathan on the podcast “Okay, Computer” to share his vision in founding the Orbital team, and the massive impact #AI can have on the future of advanced materials and technology development. Visit the link below to listen to the full episode, where you can also hear from Michael Dempsey , Managing Partner at Compound , on why his team decided to invest in Orbital’s mission. Spotify: https://lnkd.in/g3jKJ9m4 Apple: https://lnkd.in/g5Jd6Bcr

Orb, our AI model for simulating advanced materials, has some remarkable properties - it can simulate advanced materials, porous materials and organic molecules at unprecedented accuracy and scale. Today, we've changed the license to apache2 - anyone, anywhere can use Orb v2 for whatever they like, for free!

As #AI users grapple with whether AI’s potential to mitigate the impacts of climate change outweighs its growing energy demand, the need for a clear energy policy on AI is crucial to ensure that rapid innovation doesn’t grow beyond grid capacity. At Orbital, we’re leveraging AI to discover and develop advanced materials that will be the building blocks of climate technologies and solutions that will ultimately help mitigate AI’s effect on our planet. More about the need for an energy policy for AI, and how AI can accelerate the #energytransition , in Heatmap News : https://lnkd.in/eXm6tcux

Advanced materials development has traditionally been a long process of trial and error, but by using #AI , we’re able to discover and design entirely new materials faster. Learn more about our technology at: https://lnkd.in/gU5ywrDg

Thank you to Heather Couture, PhD , and Pixel Scientia Labs for welcoming our Founder and CEO Jonathan Godwin on the Impact AI Podcast to discuss his career journey within the world of #AI , and how Orbital is using AI to discover and design advanced materials and climate technologies for #carboncapture , energy storage and industrial efficiency to mitigate the impacts of #climatechange . Listen to the clip below and check out the full episode here: https://lnkd.in/gYWf2yY2

Our newly-released open-source #AI model ‘Orb’ is publicly available on GitHub under a permissive community licence — head to our blog at the link below for details on the technical milestones Orb has achieved, its model architecture and industry-best results. Reach out if you have any questions! https://lnkd.in/gQgrfzVa #OpenSource

Attending #ClimateWeekNYC and interested in discovering how we leverage the power of #AI to develop advanced materials and accelerate breakthroughs in #climatetech ? Comment below or contact us via the link to connect with our Chief Scientific Officer Thomas McDonald who will be on the ground in NYC. We look forward to connecting with you in #NewYork . https://lnkd.in/gNpbc7Ys Climate Group

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Orbital Materials