James M. McCanney, M.S. is an independent researcher, scientist, entrepreneur, and founder of JMCCanneyscience® LLC and JMCC WING® LLC. With extensive experience in applied science, engineering principles, and interdisciplinary research, he has devoted his career to exploring innovative scientific concepts and developing practical solutions across diverse fields. Professor McCanney is recognized for his analytical approach to investigating complex scientific phenomena and his commitment to advancing independent research. His work encompasses a broad range of scientific disciplines, contributing valuable perspectives through research publications, technical presentations, and educational outreach. In addition to his research and entrepreneurial activities, Professor McCanney is a frequent speaker and media contributor. He has appeared on numerous television and radio programs, where he shares his expertise on scientific advancements, engineering concepts, and emerging technologies. His ability to present complex ideas in a clear and engaging manner has earned him recognition among both professional and public audiences. Through his ongoing research, innovation, and educational initiatives, Professor McCanney continues to promote scientific inquiry, encourage critical thinking, and contribute to the advancement of science and technology worldwide.

The Physics of Cosmological Red Shift and Pair Production. Prior published work by this author has demonstrated that the cosmological red shift (interpreted as evidence for an expanding universe) is not due to a special relativistic doppler red shift but is due to the Induced Electric Dipole Red Shift (IEDRS). A photon leaving a fusion object (star, galactic nucleus, quasar) passes over astronomical distances through the non-uniform electric field surrounding the star causing the red shift. On an atomic scale, the exact same process occurs when a photon of light with sufficient energy passes close to a large nucleus with a large concentrated non-uniform electric field causing the photon pair (electron and positron) to split. This is also due to the IEDRS. This talk demonstrates how these two previously unrelated processes are related.