UFO & UAP- The Best Ever Caught? Japan Airlines Flight 1628

Dr. Daniel Coumbe Discusses Japan Airlines Flight 1628: A Deep Physics Examination In a riveting new episode of the ”Unexplained Aerial Phenomena” podcast, Dr. Daniel Coumbe delves deep into the infamous case of Japan Airlines Flight 1628 and its mysterious UFO encounter. This incident, which has been a focal point of UAP (Unidentified Aerial Phenomena) discussions for years, witnessed a commercial aircraft being tailed by unidentified objects over the skies of Alaska. Dr. Coume, a renowned physicist, brings a unique perspective to the table. Rather than resorting to speculation, he methodically breaks down the event from a physics standpoint. He dives into the flight’s data logs, radar readings, and pilot testimonies to present a comprehensive analysis that seeks to answer the burning question: What exactly did the crew of Japan Airlines 1628 see that day? Throughout the podcast, Dr. Coumbe touches upon the broader implications of such sightings on our understanding of aviation, physics, and even the potential existence of advanced civilizations. Listeners will be captivated by Dr. Coumbe’s methodical approach, ensuring that even those skeptical about UFOs and UAPs will find the discussion both enlightening and intellectually stimulating. Join us for this compelling exploration of the unknown, where deep physics meets the enigmatic world of UFOs and UAPs, only on the ”Unexplained Aerial Phenomena” podcast. Biography Daniel Coumbe obtained his PhD in Theoretical Particle Physics from The University of Glasgow in the UK. He has held research positions in the USA, Poland, and at the prestigious Niels Bohr Institute in Denmark. Daniel has published 14 peer-reviewed research papers on theoretical physics, including articles in world-leading journals such as Physical Review Letters and Classical and Quantum Gravity. Dr. Coumbe is the author of a graduate-level textbook on quantum gravity, Magnifying Spacetime: How Physics Changes with Scale. He has taught college-level courses in physics and mathematics and has given numerous presentations at international physics conferences.