The December 15, 2003, episode of “Coast to Coast AM” hosted by Art Bell kicks off with Art welcoming two new affiliates to the network, marking the program’s growing reach. Art then delves into a personal victory involving an intense battle with a computer issue, which he resolved after hours of effort. He shares humorous anecdotes about his persistence, his wife’s reaction, and the satisfaction of overcoming the challenge.
Art also comments on Tim Russert’s public acknowledgment of a dream about Saddam Hussein’s capture, which was discussed on Matt Drudge’s show. Art supports Russert for speaking out about his precognitive dream, critiquing skeptics who mock such phenomena. He reiterates the importance of addressing paranormal experiences openly to counter societal ridicule.
Art continues the show by discussing updates on Saddam Hussein’s capture and his interrogation, noting Saddam’s refusal to admit to having weapons of mass destruction or ties to Al-Qaeda. Art humorously reflects on the refusal to use truth serum during the interrogations and questions the rationale behind it. Shifting focus, he mentions the harsh flu season of 2003, the government’s response with vaccine purchases, and the availability of the nasal spray vaccine, FluMist, at discounted prices.
Art pivots to space exploration, highlighting a forthcoming speech by President Bush commemorating the Wright Brothers’ first flight anniversary. He speculates about a potential return to the moon and the establishment of a permanent lunar presence, noting its significance in reigniting America’s space ambitions. Art contrasts this with challenges facing the U.S. space program, such as grounded shuttles, the uncertain future of the orbital space plane, and issues with the International Space Station. He also mentions Richard C. Hoagland’s absence from the show due to illness.
A fascinating segment follows, diving into the weakening of Earth’s magnetic field. Art references scientific studies and Nova programming that draw parallels to science fiction scenarios like the movie The Core. He discusses experiments replicating Earth’s molten iron core, the implications of a declining magnetic field, and its impact on auroras and planetary defense. Art also highlights findings from ceramic artifacts that suggest the Earth’s magnetic field has weakened at an unprecedented rate in recent centuries, raising concerns about its future implications.
Art continues to blend science and entertainment, musing on the similarities between science fiction, like the movie The Core, and real scientific concerns about Earth’s magnetic field weakening. He discusses potential catastrophic scenarios, including the end of humanity if Earth’s magnetic protection disappears. Transitioning to climate change, Art highlights a German report predicting dire consequences from global warming, including rising sea levels threatening major cities. He acknowledges the harsh reality that drastic measures like the Kyoto Protocol may not suffice to prevent these outcomes and contemplates whether adapting to inevitable changes is a more pragmatic approach.
The conversation shifts to fascinating phenomena in space as Art shares astronaut Ed Lu’s mysterious observations of unexplained light flashes from the International Space Station. These flashes, unlike cosmic dust or meteors, remain unidentified, showcasing the continual surprises of space science. Art expresses amazement at humanity’s ongoing discoveries about the Earth’s interactions with space.
Looking ahead, Art introduces the next guest, Professor Michio Kaku, whom he regards as the successor to Carl Sagan. He praises Kaku’s ability to make complex theoretical physics accessible and emphasizes the wonder and significance of exploring such advanced scientific concepts.
Art opens the segment with a mix of humor and frustration, touching on “spam rage,” an incident involving a man arrested for extreme threats against spammers. He delves into the absurdity of spam content, particularly the prominence of advertisements for “organ resizing” products, and reflects on the broader annoyance of invasive digital ads, connecting with listeners’ shared frustrations.
The show transitions into unscreened open-line calls, kicking off with Nick from Los Angeles discussing a past program featuring Amarillo Slim, a professional poker player who bet on whether someone could eat a quail a day for 30 days. Art humorously recalls the creative resolution involving twins sharing the consumption to win the bet. Nick adds a biblical reference from Numbers 11, where God provided quail to the Israelites but warned it would make them ill, drawing a parallel to the quail-eating bet.
Nick also introduces a book on superstring theory, Superstrings: A Theory of Everything, and suggests asking Michio Kaku about its relevance. Art agrees, acknowledging advancements since its publication and emphasizing Kaku’s expertise in making complex topics accessible.
Art continues the segment with more listener interactions. A caller raises questions about string theory and Father Malachi Martin’s book, Windswept House. Art recalls his close relationship with Father Martin, describing him as a complex and fascinating individual. He reflects on Martin’s death, which he still finds unsettling, emphasizing the loss of such an insightful figure.
Another caller, Ann, inquires about the Earth’s oil reserves, theorizing that oil might act as a lubricant for the planet’s core. Art humorously entertains the idea, suggesting that depleting oil might theoretically halt the core’s rotation. Ann also brings up an old program on solar flares, mentioning an alarming proposal to detonate a bomb on the sun to observe its reaction. Art transitions into discussing other wild scientific ideas, like NASA’s hypothetical plan to alter Earth’s orbit to combat global warming, humorously pointing out the catastrophic risks of such a venture.
Ann shares her vivid dreams, including unsettling visions of military invasions and earthquakes in the United States. Art links this to earlier discussions about precognitive dreams, revisiting Tim Russert’s admission of dreaming about Saddam Hussein’s capture. Art defends Russert’s courage, criticizing those who ridicule the notion of precognitive experiences.
Art engages with multiple callers during this segment, starting with Mike, who identifies as a Roman Catholic lay exorcist. Mike recounts a previous interaction with Father Malachi Martin, where they discussed lay Catholics performing exorcisms. Art reflects on Father Martin’s assertion about the rapid rise of evil in the world and its unsettling implications, appreciating the caller’s perspective on combating evil through spiritual practices.
Garrett from Houston calls to discuss the capture of Saddam Hussein and the potential reactions of Saddam’s loyalists. Garrett compares the situation to removing a queen from an ant bed, suggesting that while Saddam’s removal is significant, his followers and their loyalty could continue to pose challenges. Art acknowledges this perspective, emphasizing the complexities of Saddam’s influence, particularly in his hometown of Tikrit.
Another caller from Portland, Oregon, humorously shares their experience as a gasoline truck driver en route to pick up jet fuel. The conversation shifts to environmental activism, as the caller recalls an earlier interview Art conducted with tree sitters in Fall Creek, Oregon. The caller recounts visiting the site, noting the activists’ success in preserving the area. They add a lighthearted note by mentioning how they met their girlfriend, who was also involved in tree-sitting.
Art wraps up the previous caller’s lighthearted story about meeting a former tree-sitting girlfriend before transitioning to introduce the evening’s guest, Dr. Michio Kaku. Art praises Dr. Kaku as one of the greatest minds of our time, detailing his academic achievements, including graduating summa cum laude from Harvard, earning a PhD at Berkeley, and holding a professorship in theoretical physics at the City University of New York. Dr. Kaku’s work aims to complete Einstein’s dream of a unified “theory of everything,” encapsulating all fundamental forces in the universe.
The discussion begins with a listener question about the theoretical possibility of a “quantum bomb” capable of collapsing space and time in an infinite chain reaction. Dr. Kaku clarifies that while quantum mechanics forms the basis for the atomic bomb and hydrogen bomb, no mechanism currently exists to produce a bomb that could shatter space-time itself. He draws parallels to black holes, which hold immense energy but do not trigger chain reactions. Dr. Kaku elaborates on Einstein’s early speculations about energy magnification and chain reactions, noting how far science has come since those foundational theories.
Dr. Michio Kaku elaborates on the concept of antimatter bombs, contrasting them with nuclear weapons. He explains that antimatter, when combined with matter, achieves nearly 100% energy efficiency. Even a small amount, such as a teaspoon, could obliterate a modern city, and larger quantities could have catastrophic planetary effects. However, the practical challenges of containing and deploying antimatter make such a weapon highly improbable.
Dr. Kaku emphasizes the critical differences between traditional nuclear bombs and hypothetical antimatter bombs. Nuclear weapons rely on achieving critical mass to sustain a chain reaction, a concept misunderstood by Hitler during World War II, leading the Germans to prioritize missile development over nuclear weapons. The successful development of nuclear bombs by the Allies hinged on understanding the precise quantities of uranium or plutonium needed to achieve critical mass.
In contrast, antimatter has no critical mass threshold. Any amount of antimatter meeting matter would release enormous energy instantly, making containment on Earth nearly impossible due to annihilation upon contact with matter. Kaku explains how small quantities of antimatter, such as antihydrogen, have been created in laboratories using vacuum conditions, but these quantities are minuscule and require extraordinary conditions to avoid destruction.
The conversation touches on historical anecdotes, such as Werner Heisenberg’s miscalculations during the war, and reflects on the difficulties of harnessing antimatter even in theoretical scenarios.
Dr. Kaku recounts the harrowing history of accidents involving critical mass experiments during the early atomic bomb development. He describes incidents where small quantities of plutonium, roughly the size of a fist, caused fatal radiation accidents at Los Alamos. One such case involved Harry Daghlian, who accidentally triggered critical mass by knocking tungsten carbide reflectors onto plutonium. A blue flash of Cherenkov radiation ensued, exposing Daghlian to a lethal dose of radiation that led to his death within days.
Another tragic incident involved physicist Louis Slotin, who performed a dangerous procedure called “tickling the dragon’s tail,” manually adjusting two plutonium hemispheres with a screwdriver to measure critical mass. Slotin accidentally brought the hemispheres too close, causing a sudden surge in neutron activity. Realizing the danger, Slotin separated the pieces with his bare hands, absorbing the full brunt of the radiation and dying shortly thereafter.
Dr. Kaku emphasizes the risks and lack of comprehensive understanding among the physicists of the time, who he describes as “hot-rodders” pushing the limits of physics. These accidents highlight the perilous conditions under which early nuclear research was conducted, with seven Americans known to have died in similar supercriticality incidents. Contrary to the myth that no one has died in nuclear-related accidents, these cases are documented and studied by physicists to better understand the consequences of reactor malfunctions and bomb explosions.
Dr. Kaku continues recounting nuclear accidents, emphasizing the dangers and mishaps in early nuclear research. He revisits the incident involving Louis Slotin and the close proximity of others in the room during the criticality event. Though Slotin absorbed the lethal radiation dose, others present received significant exposure but survived without immediate side effects.
Dr. Kaku then discusses lax safety practices in early nuclear facilities, such as washing plutonium waste in pipes, which sometimes led to criticality events within walls. He shares a shocking anecdote from Oak Ridge, Tennessee, where radiation exposure was so poorly managed that a donkey was used to estimate the radiation doses workers might have received. This level of carelessness underscores the risks of the time.
Another incident from 1961 in Idaho involved the SL-1 reactor, where a worker manually removed a control rod against strict warnings. The reactor went supercritical, causing an explosion that killed three workers, including John Burns, who was impaled by the control rod and thrown into the ceiling. Dr. Kaku highlights this as one of the most dramatic examples of poor safety adherence, resulting in catastrophic consequences.
Dr. Kaku continues discussing the SL-1 reactor explosion and elaborates on the theories surrounding John Burns’ actions, suggesting he may have been careless due to a hangover or potentially involved in a personal vendetta. Art and Kaku emphasize the catastrophic potential of nuclear power accidents, citing that reactors can explode in ways akin to Chernobyl or SL-1, contrary to the misconception that meltdowns are the only risk.
The conversation shifts to the near-forgotten meltdown of the Fermi 1 reactor, the first commercial fast breeder reactor in the U.S., operated by Detroit Edison in the 1960s. Kaku describes how two core rods melted, leading to a potential disaster. The incident, largely kept quiet, serves as a stark reminder of the risks associated with unstable breeder reactors, which operate on highly enriched uranium. Kaku notes the use of sodium coolant, a volatile material, and recounts how a piece of zirconium jammed the cooling system, causing overheating and the eventual partial meltdown of the reactor core.
Art expresses astonishment at the recklessness of building commercial breeder reactors when they were not even deemed safe in laboratory settings. Kaku attributes this to the “cowboy mentality” of the era, where pushing the boundaries of nuclear technology often took precedence over safety considerations.
Dr. Kaku continues discussing breeder reactors and their inherent risks, highlighting the Fermi 1 reactor incident. He explains how enriched uranium, used in breeder reactors, poses dangers due to its volatility and potential for creating supercriticality. During the Fermi 1 meltdown, emergency actions included using a camera to inspect the reactor core—a novel and desperate measure at the time. The public was kept unaware of the incident, and union inquiries were met with denials, despite the potential need for evacuating parts of Detroit.
Kaku delves into the risks of transporting breeder reactor fuel, such as enriched uranium and plutonium, which are highly vulnerable to theft and misuse. He mentions incidents involving French and Japanese breeder reactors, like France’s Phoenix and Japan’s Monju, where safety concerns and terrorism risks are ever-present. He criticizes the “cowboy mentality” of pushing for commercial applications of these reactors without adequately addressing their stability.
Art expresses shock at the continued operation of such dangerous reactors, especially considering historical accidents. The discussion transitions to the ongoing issues with Chernobyl, where the deteriorating sarcophagus allows water seepage, further moderating neutrons and causing spikes in radiation levels.
Dr. Kaku details the ongoing concerns with the Chernobyl disaster, emphasizing its instability even decades later. The reactor’s melted core continues to pose a risk, with neutron levels rising whenever rainwater seeps into the sarcophagus. If the melted fuel were to reach groundwater, it could cause a catastrophic steam explosion, dispersing radioactive material over a vast area. Kaku draws parallels to the Kushtum nuclear accident in the Ural Mountains during the 1950s, where supercriticality in a plutonium dump led to a massive explosion, contaminating the atmosphere and necessitating the evacuation of entire villages.
Kaku highlights the secrecy surrounding these incidents, including the Kushtum disaster and England’s Windscale fire in the 1950s. In Windscale, a uranium-carbon fire resulted in a massive release of radioactive gases, tracked by scientists but hidden from the public. Even the Queen was reportedly the only civilian informed about the incident. These events illustrate the global history of poorly managed nuclear accidents, their long-lasting consequences, and the measures taken to suppress public knowledge.
Art reacts with astonishment at the breadth and severity of these nuclear accidents, many of which were hidden from public awareness for decades.
Dr. Kaku reflects on the dangers of nuclear power and its instability, emphasizing the ongoing risks of managing nuclear energy. He recounts Edward Teller’s influence on his career and Teller’s belief that nuclear power plants should be built underground due to their potential for catastrophic accidents. Teller envisioned such measures as a way to contain any explosions, but the prohibitive costs of underground facilities made this approach impractical.
Kaku recalls a proposal to construct a nuclear plant in Queens, New York, near the United Nations headquarters. Despite assurances of safety, the plan met with strong opposition due to its location and potential risks. Teller, a key figure in advancing nuclear technology, recognized the hazards and argued that the only thing capable of derailing nuclear power’s progress would be a significant accident—a prediction borne out by events like Three Mile Island and Chernobyl.
Kaku shares his personal stance on nuclear energy, describing it as an unfinished and unstable technology. He highlights the unresolved issue of nuclear waste disposal, referencing the controversial Yucca Mountain project near Las Vegas as an example of the challenges in managing long-term nuclear byproducts. He underscores the need for caution, noting that overconfidence in the technology has often led to catastrophic consequences.
Dr. Kaku delves into his complex relationship with nuclear technology, reflecting on both his early enthusiasm and the eventual doubts that arose from his understanding of the risks and hidden history of nuclear power. He recounts his early fascination with nuclear energy, which led him to construct a particle accelerator in high school, despite the challenges and mishaps, such as blowing out the house’s electrical system.
Art explores Kaku’s Japanese heritage, including his parents’ internment in relocation camps during World War II. While Kaku acknowledges this history, he states that his initial pro-nuclear stance was shaped more by the promise of “Atoms for Peace” and the potential of nuclear technology to benefit humanity. However, as a graduate student, Kaku began uncovering the hidden dangers of nuclear power. He learned of numerous incidents, fatalities, and unstable conditions associated with nuclear plants, which led him to reassess his views.
In response to Art’s comparison of nuclear accidents to the fatalities during large infrastructure projects, like the construction of Hoover Dam, Kaku underscores the unique and catastrophic potential of nuclear plant failures. He explains how an accident at a reactor like Indian Point near New York City could devastate the region, causing hundreds of billions of dollars in damage and endangering millions of lives. He concludes that nuclear power plants represent one of the most dangerous commercial technologies on Earth due to their capacity for large-scale disaster.
Dr. Kaku concludes by addressing the inherent flaws in the “Atoms for Peace” program, which aimed to promote peaceful nuclear energy but inadvertently facilitated the proliferation of nuclear weapons technology. He explains how the minimal differences between commercial nuclear technology and weapons technology—primarily the level of uranium enrichment—enabled countries like India, Pakistan, and Iran to develop atomic capabilities under the guise of peaceful programs.
Kaku outlines the role of geopolitical dynamics in spreading this technology, such as the U.S. turning a blind eye to Pakistan’s nuclear advancements during the Cold War. He also highlights the troubling reality of unaccounted nuclear materials in Russia, where leftover enriched uranium and plutonium from the Soviet era remain poorly tracked. This lack of oversight creates a significant risk of these materials falling into the hands of smaller nations or terrorist groups.
Art and Kaku reflect on the dire implications of these issues, acknowledging the challenges of controlling nuclear proliferation in an interconnected world.
Dr. Kaku discusses the precarious transition humanity faces as it moves from a Type 0 to a Type 1 civilization, emphasizing the dangers posed by advanced technologies such as designer weapons and chemicals. Art asks about the likelihood of achieving Type 1 status, to which Kaku admits that while humanity has made significant progress, the potential for catastrophic setbacks, including nuclear conflict, remains high.
The conversation shifts to the Cold War, focusing on the frightening reality of first-strike nuclear plans held by both the U.S. and the Soviet Union. Kaku recounts declassified details of Operation Broiler in 1948, a plan for a preemptive U.S. nuclear strike on Russia using Mark III atomic bombs. He explains that subsequent plans, like Operation Offtackle in the 1950s, listed major Soviet cities as targets, with the goal of eradicating the Soviet Union as a functioning entity within hours.
Kaku notes that such plans were not merely theoretical; they had strong advocates, including high-ranking officials. During the Cuban Missile Crisis, President Kennedy faced immense pressure from advisors who argued for a preemptive strike, believing the U.S. might never again have such an opportunity. Kaku praises Kennedy for resisting these calls and averting a nuclear catastrophe, despite similar arguments arising during Eisenhower’s presidency.
Dr. Kaku elaborates on the grim realities of nuclear warfare during the Cold War, particularly the concept of a preemptive first strike. He describes how early U.S. war plans, like Operation Offtackle, envisioned overwhelming the Soviet Union with a massive bomber fleet, potentially neutralizing any retaliation. However, by 1954, advancements in Soviet bomber technology closed the window for a decisive first strike, creating a stalemate described as “two scorpions in a bottle”—any attack would ensure mutual destruction.
The discussion shifts to nuclear winter, a catastrophic outcome of large-scale nuclear detonations. Kaku compares the phenomenon to the asteroid impact that caused the extinction of the dinosaurs, noting that even a relatively small detonation of 100 megatons could destabilize the atmosphere, disrupt crop production, and lead to mass famine. He highlights studies predicting outcomes ranging from total nuclear winter to a “nuclear autumn,” which, while slightly less severe, would still devastate global agriculture and lead to millions of deaths.
Art raises the moral dilemma of disarmament, questioning whether reducing nuclear arsenals might paradoxically make nuclear war more thinkable by diminishing its perceived consequences. Kaku counters that the “doomsday machine” of nuclear winter still exists, ensuring that any large-scale use of strategic nuclear weapons would plunge humanity into famine and chaos, effectively making nuclear war a suicidal endeavor for any nation.
Dr. Kaku concludes the discussion with an analysis of nuclear deterrence and its precarious balance. He describes how the vast scale of nuclear arsenals during the Cold War—measured in thousands of megatons—posed an existential threat to humanity. Even with reductions to around 5,000 warheads today, the destructive potential remains immense. He emphasizes that even a fraction of this power could trigger a nuclear winter or cause irreparable harm to the planet.
Art raises a critical question: whether reducing nuclear stockpiles to a level where nuclear war might seem “survivable” could paradoxically make such conflicts more likely. Kaku responds by discussing “minimal deterrence,” a concept suggesting that maintaining around 100 warheads per side would suffice for deterrence while reducing the risk of catastrophic overkill. However, he notes that nuclear weapons are often viewed not merely as tools of destruction but as political instruments—used daily in subtle ways to maintain leverage and uncertainty in global power dynamics.
Art presents a hypothetical scenario in which a president is informed with absolute certainty of an imminent first strike by Russia. Kaku challenges the assumption of certainty, arguing that in today’s context, the degraded state of Russia’s economy and arsenal makes such an action highly unlikely. However, he acknowledges the “use-it-or-lose-it” psychology inherent in nuclear strategy, where nations might feel pressured to strike preemptively to avoid losing their arsenal in a first strike.
Kaku concludes by stressing the importance of diplomacy and the dangers of escalation, reiterating that nuclear conflict remains the most profound threat to humanity’s future.