At Extropic AI, we believe that groundbreaking advancements in AI and scientific computing are best achieved through collaboration. We actively partner with leading academic institutions, research laboratories, and industry pioneers to push the boundaries of what's possible with our superconducting chip technology and energy-based models.
Extropic AI's global network of research collaborations
Current Collaborations
Quantum-Inspired Algorithms for Complex Systems
Partner: Quantum Systems Institute, ETH Zürich
This collaboration explores the application of quantum-inspired algorithms running on our superconducting hardware to solve complex systems problems in physics and materials science. We're working on developing novel approaches to simulate quantum many-body systems and design new materials with tailored properties.
Advanced Climate Modeling Initiative
Partners: National Center for Atmospheric Research (NCAR), NASA Goddard Institute for Space Studies
In this multi-institutional collaboration, we're leveraging our high-performance computing capabilities to enhance the resolution and accuracy of global climate models. Our work aims to improve both short-term weather predictions and long-term climate projections, with a focus on modeling extreme weather events and understanding climate change impacts.
Next-Generation Drug Discovery Platform
Partners: Stanford University School of Medicine, AstraZeneca
This industry-academia partnership combines Extropic AI's computational power with cutting-edge biomedical research to accelerate the drug discovery process. We're developing AI-driven approaches to predict protein structures, simulate drug-target interactions, and optimize lead compounds, potentially reducing the time and cost of bringing new therapeutics to market.
Advancing Quantum Chemistry Computations
Partner: Max Planck Institute for the Structure and Dynamics of Matter
Our collaboration with the Max Planck Institute focuses on pushing the boundaries of quantum chemistry computations. By implementing advanced quantum algorithms on our superconducting hardware, we're working towards more accurate and efficient simulations of molecular systems and chemical reactions.
Collaboration Opportunities
We're always open to new collaborations that align with our mission to advance AI and scientific computing. We offer several ways to collaborate:
- Joint Research Projects: Partner with our research team on specific projects or areas of mutual interest.
- Access to Extropic AI Technology: Gain early access to our superconducting computing platforms for your research.
- Visiting Researcher Program: Send your researchers to work on-site with our team or host Extropic AI researchers at your institution.
- Collaborative Grants: Team up to apply for research grants and funding opportunities.
- Industry Partnerships: Explore how our technology can solve real-world problems in your industry.
How to Collaborate
If you're interested in collaborating with Extropic AI, please follow these steps:
- Review our current research areas and publications to identify potential synergies.
- Prepare a brief proposal outlining your research interests and how they align with Extropic AI's mission.
- Submit your proposal through our collaboration inquiry form.
- Our research team will review your proposal and contact you to discuss potential collaboration opportunities.