Here—at the confluence of electrochemistry, nanotechnology, materials science, physics, microbiology, synthetic chemistry, statistics, and the unknown—let's develop and build the cutting edge technologies that improve the world.I hope to help fundamentally enable sustainable energy conversion as we move away from a fossil-fuel-dominated energy future. Cross-disciplinary collaborations harness the power of different perspectives to tackle problems that sustain (and will save) our way of life. Recognizing that we each fit into the larger web of existence, let's act accordingly with humility, responsibility, and intensity to help actualize our society's great scientific potential now and for future generations.I completed my PhD in the Materials Department at UCSB (2016) with a focus in Physical Bioelectrochemistry, tailoring biologically-enabled and -inspired electronic reactions towards sustainable energy conversion technologies. Prior to that, I studied Physics (mag cum laude) and Mathematics at the University of Colorado (2008) and subsequently worked at the biotech startup OPXBIO (2008-2010), both in Boulder, CO. After grad school I joined Oxford Instruments Asylum Research (2016-2021) to help develop advanced nano-electrochemical scanning probe techniques. Now, with BioZen Batteries, we're inventing affordable, abundant, bio-inspired redox-active organic semiconducting materials for flow batteries to enable truly sustainable large-scale long-duration energy storage. Power On!