At the heart of our work is a strong blend of electrochemistry, materials science, energy science and physics. We combine deep scientific understanding with modern tools such as artificial intelligence, coding, computational modeling and theoretical calculations to solve complex, real-world problems. By working at the intersection of experimentation, computation and data-driven insights, we accelerate innovation from concept to application. Our team is driven by curiosity, collaboration and a problem-solving mindset, pushing boundaries to develop practical, scalable solutions for next-generation energy storage technologies.