Harold White

About

Harold White is the founder and CEO of Casimir, developing Zero Point Energy Extraction through Casimir Chip technologies and is an American mechanical engineer, aerospace engineer, and applied physicist renowned for his work on advanced propulsion systems, particularly concepts related to warp drives and faster-than-light travel theories. He earned a Bachelor of Science in Mechanical Engineering from the University of South Alabama, a Master of Science in Mechanical Engineering from Wichita State University in 1999, and a Ph.D. in Physics from Rice University in 2008. With over 25 years in the aerospace industry, White has held positions at Boeing and Lockheed Martin before joining NASA at the Johnson Space Center, where he served as the Advanced Propulsion Team Lead and contributed to projects like the Eagleworks Laboratory. At NASA, he led efforts to test Alcubierre drive modifications, which aim to reduce the immense energy requirements for creating warp bubbles, and conducted experiments on quantum vacuum thrusters and spacetime curvature. His notable achievements include receiving the NASA Exceptional Achievement Medal in 2006 for developing Thermal Protection System robotic inspection tools for the Space Shuttle's return-to-flight missions, and the Spaceflight Awareness Honoree award for STS-122. In late 2019, White left NASA to become the Director of Advanced Research and Development at the Limitless Space Institute, a nonprofit focused on enabling interstellar exploration through innovative propulsion research. In 2023, he founded Casimir, a nanotechnology startup that spun out from the Limitless Space Institute, focusing on harnessing the Casimir effect—a quantum phenomenon involving vacuum energy fluctuations—to create nanostructures on microchips that generate continuous electrical power from zero-point energy. This technology, implemented via millions of tiny Casimir cavities etched onto silicon substrates, has potential applications in energy, electronics, and propulsion, with early prototypes demonstrating outputs like 1.5V at 25uA from a small chip. White's work continues to push the boundaries of space travel and energy innovation, blending theoretical physics with practical engineering to pursue humanity's expansion beyond the solar system and sustainable power solutions.