Papers
3
Total Citations
16
H-Index
2
About
Tejs Vegge is a pioneer at the intersection of battery science and autonomous materials discovery, driving the future of energy storage through computational design and robotic automation. As a leading architect of the Battery 2030+ initiative, he co-authored its landmark roadmap (2022, 11 citations), outlining a transformative vision for inventing next-generation batteries to meet the EU’s carbon-neutral goals. His work bridges theory and experiment: Vegge’s team developed AMPERE-2 (2025, 4 citations), an open-hardware robotic platform that automates electrodeposition and in situ testing of oxygen evolution catalysts, producing reproducible multi-metal samples in just 65 minutes. He also champions the evolution of self-driving laboratories, demonstrating in recent work (2025) that dynamic workflow managers are essential for scaling Materials Acceleration Platforms (MAPs) beyond static limitations. With a career focused on reinventing how we invent—from high-throughput screening to AI-driven optimization—Vegge’s contributions are accelerating the transition to a sustainable, electrified society. His research empowers the next generation of scientists to build smarter, faster pathways to the batteries of tomorrow.
Research Focus
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Top Papers
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