We come together to accelerate the world's electrification and decarbonization by optimizing battery energy storage for a clean, safe, and sustainable future for humanity. We work from the micro-scale in the laboratory to the macro problems of the world's largest energy systems. - We examine the molecular interaction of batteries using ultrasound by applying first principles of physics and advanced computation - We design and develop advanced electronics which can economically and accurately measure small changes in the ultrasonic signal. - Along with industry partners, ee design, develop, and deploy scalable battery management systems (BMS) which will be used in electrical vehicles, energy storage systems, and consumer electronics. From the micro to the macro we support and influence the energy sector, providing knowledge and the opportunity to use batteries efficiently and effectively.