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Earlier this month, we had an opportunity to present mat3ra-made at the APS March Meeting 2025 in Anaheim, CA. The talk focused on how this Python package, available as a collection of Jupyter Notebooks, simplifies the creation of realistic material configurations for modern materials science workflows — especially those involving 2D materials, interfaces, and defects.
Thank you to everyone who joined our workshop, “Accelerating the Adoption of Cloud HPC for Materials R&D with Mat3ra.com,” at SuperComputing Asia 2025 in Singapore. In this half-day workshop, we showcased how Mat3ra.com—with its intuitive web interface, proven command-line interface, and robust API—empowers researchers, scientists, and engineers to design new materials, manage workflows, and run simulations in a more accessible, collaborative, organized, and efficient manner. We also gained valuable insights from our interactions with participants and other stakeholders regarding their requirements and use cases. We look forward to deepening our engagement with the Singaporean research community and supporting their journey toward AI- and ML-driven high-performance computing.
Thank you for joining our workshop at Inspired Lab in Otemachi, Tokyo. It has been a very intensive day, discovering the Mat3ra platform, some of its capabilities and our latest case studies.
Exabyte Inc., the developers of Mat3ra.com, is excited to announce its membership in the AI Alliance, a global initiative led by IBM and Meta to advance ethical, transparent, and impactful artificial intelligence (AI) technologies across industries.
The funding follows the surge including a 3X customer growth ...
Exabyte.io, the company unlocking the rapid development of new materials for Global 2000 companies.
