Art Bell’s November 12, 2006, episode of Coast to Coast AM brings a blend of Art’s insights on world events, personal anecdotes, and his excitement for a unique guest, Dr. Ronald Mallett, a theoretical physicist who claims to have developed a time machine theory. Art begins by welcoming listeners and describing his day in Manila, discussing local weather and sharing a funny mishap involving his wife’s dental work. He reflects on global issues, including updates on the Iraq war, the alarming rise in violence in Afghanistan, and political shifts following recent U.S. elections. Art comments on the Iraqi Prime Minister’s struggles with sectarian violence and his cabinet’s reshuffle, as well as President Bush’s calls for new strategies on the Iraq war. Art sees this change in political tone as a sign of the public’s impatience with prolonged military conflicts. He then shifts to lighter topics like the discovery of a new volcanic island near Tonga and the unusual new “cardio dance” therapy that is proving beneficial for heart patients.
Art mentions a new idea involving space sunshades to counter global warming and explores the dangers of manipulating Earth’s climate. He finds the concept fascinating but wonders about unintended consequences, noting that the high-profile proposal could be risky. Art’s other interactions on open lines cover diverse issues, including a caller’s view on granting U.S. citizenship to non-citizen soldiers, another’s theory about extraterrestrial intelligence avoiding open contact, and a discussion on missing NASA lunar landing tapes, which leads Art to ponder broader conspiracies. A caller from Utah questions the sustainability of shielding Earth’s sunlight to combat global warming, adding to the debate on environmental intervention.
Art then prepares for his conversation with Dr. Mallett, excited to delve into the scientist’s work on time travel, which he admits is his favorite subject. Dr. Mallett’s story captivates Art, who introduces him as a physicist inspired by personal tragedy and driven by a lifelong dream to make time travel a reality. Dr. Mallett shares his journey from a young boy who lost his father to a prominent scientist exploring time travel theories grounded in Einstein’s relativity. Art expresses some skepticism, recalling other “time travelers” who seemed to vanish after claiming their inventions worked, but Dr. Mallett assures him that his theories are based on sound physics.
As Art Bell’s conversation with Dr. Ronald Mallett unfolds, they explore the fascinating concept of time travel through the lens of theoretical physics. Dr. Mallett explains that his interest in time travel began after the tragic loss of his father, a moment that motivated him to turn H.G. Wells’ science fiction into science fact. Using Einstein’s theories of relativity as a foundation, Mallett developed a theory suggesting that manipulating light in specific ways could potentially allow for backward time travel. Art, fascinated but cautious, reminds Dr. Mallett of previous guests who claimed to have time-travel technology but mysteriously disappeared or fell out of contact soon after their interviews. Dr. Mallett, however, emphasizes that his work is scientifically rigorous, based on well-established physical laws rather than speculative ideas.
Art and Dr. Mallett discuss the concept of time as a dimension, similar to space, which Einstein’s relativity theory treats as interconnected. Mallett explains that if one could bend or twist space-time in a controlled manner, it might be possible to create a loop that connects different points in time, much like connecting distant locations in space. Art is eager to understand how such technology could function practically, and Mallett describes an idea he has proposed, using lasers to create circulating light beams. These beams could, theoretically, distort space-time enough to allow particles to travel along a “closed timelike curve”—essentially a loop in time that could permit backward travel.
As they dive deeper into the physics, Art presses Mallett on the limitations and ethical implications of time travel. Dr. Mallett acknowledges that even if a machine were built, it would have strict constraints, likely only enabling travel to the point when the machine was first activated—so no journeys back to eras before the device’s existence. Art speculates on the possible dangers, asking Mallett if his research has faced any governmental restrictions or intervention. Dr. Mallett notes that his work is public and largely theoretical, though he hopes it will inspire further study and perhaps new technology in the future.
The conversation wraps up with Dr. Mallett emphasizing that while true time travel remains a distant goal, his theory has made a significant step by demonstrating a plausible scientific pathway toward it. Art thanks Dr. Mallett for sharing his story and ideas, remarking on the incredible journey from a young boy’s grief-driven dream to groundbreaking scientific research.