On September 12, 2001, the day after the fall of the Twin Towers, WABC-AM in New York City recruited John Batchelor to go on the air until Osama bin Laden was either killed or captured. John has been on ever since, offering insightful commentary on such issues as the war on terrorism, the presidency, the national and global economies, and defending our civilization. On March 12, 2003, one week before the attack on Iraq, ABC Radio Networks invited John to bring his expertise to syndication. Since then John has reached out nationwide, focusing his concerns on a world at war.
The John Batchelor Show is an essential tool for understanding the new order in the 21st Century. The world is now facing a dangerous and fanatical enemy determined to destroy Western civilization on both political and military fronts. In this, the first great ideological battle of the new millennium, it is imperative to know the major players and the theaters in which they operate.
The John Batchelor Show features a multitude of distinctive elements. John's themes cover every detail - from military battles, presidential campaigns, planetary exploration, and Hollywood politicos to his own international travel. John has broadcast from many corners of the world and in his program he calls out to all points, including New York, Jerusalem, Des Moines, Kazakhstan, Orlando, Manchester, Morocco, Boston, Taipei, Washington, and Baghdad.
John is a veteran novelist, author of seven political romances as well as a short history of the Republican Party. Born in Bryn Mawr, Pennsylvania, in 1948, John attended Lower Merion High School and Princeton University. In 1976 he was graduated from Union Theological Seminary. John is married and has two children.
S8 Ep820: Dallas the Dog and the Territorial Bird Disputes of New South Wales Guest: Jeremy Zakis Summary: Jeremy discusses how his dog, Dallas, has established a territorial division in their yard to manage local bird species during the winter,. Dallas is highly
S8 Ep820: Drought Realities and a Miraculous Kangaroo Rescue in Narromine Guest: Jeremy Zakis Summary: This segment details a dramatic wildlife rescue in Narromine, New South Wales, where a gray kangaroo became trapped up to its neck in a muddy, receding dam durin
Drought Realities and a Miraculous Kangaroo Rescue in Narromine
Guest: Jeremy Zakis Summary: This segment details a dramatic wildlife rescue in Narromine, New South Wales, where a gray kangaroo became trapped up to its neck in a muddy, receding dam during a severe 12-month drought,. A local farmer discovered the animal, which had likely entered the mud in a desperate search for water. Despite initial fears that the kangaroo would need to be euthanized, it rey farmers to abandon livestock in favor of irrigated crops like wheat and barley,mained calm during a rescue effort and is now recovering under wildlife care. The segment underscores the severity of the drought in Australia’s agricultural heartland, where cracked soil and lack of rain have forced man.
UNDATED WESTERN AUSTRALIA
S8 Ep820: Ivestigating Allegations Match-Fixing in T20 Cricket Guest: Jeremy Zakis Summary: John Bachelor and Jeremy Zakis examine a potential match-fixing scandal involving a T20 cricket match between Canada and New Zealand from February 2026,. Allegations surf
Ivestigating Allegations of Match-Fixing in T20 Cricket
Guest: Jeremy Zakis Summary: John Bachelor and Jeremy Zakis examine a potential match-fixing scandal involving a T20 cricket match between Canada and New Zealand from February 2026,. Allegations surfaced after Canada exhibited unusual bowling and batting styles, including a high rate of "no balls" that granted New Zealand easy runs. Zakis explains that the short format of T20 makes it easier to fix than a five-day match because the outcome is decided in a much smaller, more controllable window of time. While the investigation is ongoing to determine if the team's poor performance was legitimate or corrupt, a finding of guilt would represent the first time in cricket history that an entire side was found complicit in such a scheme,
S8 Ep820: ntarctic Blasts and Economic Shifts in the Australian Winter Guest: Jeremy Zakis Summary: Jeremy Zakis describes a harsh onset of winter in Sydney, driven by cold Antarctic air funneled through a high-pressure corridor,. While Sydney faces near-freezing o
Cntarctic Blasts and Economic Shifts in the Australian Winter
Guest: Jeremy Zakis Summary: Jeremy Zakis describes a harsh onset of winter in Sydney, driven by cold Antarctic air funneled through a high-pressure corridor,. While Sydney faces near-freezing overnight temperatures, Tasmania recently recorded a record-breaking 70°F due to El Niño conditions and a southern warm front. The conversation also highlights the economic strain of soaring fuel prices, with diesel reaching approximately $8.85 per gallon, prompting many commuters to switch to public transport,. Despite these costs, consumer spending remains resilient as people shift toward online shopping, while domestic heating continues a transition from gas to electric and solar-powered systems,.
1900 QNL
Guest: Jeremy Zakis Summary: Jeremy Zakis describes a harsh onset of winter in Sydney, driven by cold Antarctic air funneled through a high-pressure corridor,. While Sydney faces near-freezing overnight temperatures, Tasmania recently recorded a record-breaking 70°F due to El Niño conditions and a southern warm front. The conversation also highlights the economic strain of soaring fuel prices, with diesel reaching approximately $8.85 per gallon, prompting many commuters to switch to public transport,. Despite these costs, consumer spending remains resilient as people shift toward online shopping, while domestic heating continues a transition from gas to electric and solar-powered systems,.
1900 QNL
S8 Ep819: Legacy, Nobel Snubs, and the Fringes of Science Following the confirmation of the Big Bang theory, the cosmic microwave background was measured at approximately 2.73 degrees Kelvin, a discovery that George Gamow spent his final years advocating
Legacy, Nobel Snubs, and the Fringes of Science Following the confirmation of the Big Bang theory, the cosmic microwave background was measured at approximately 2.73 degrees Kelvin, a discovery that George Gamow spent his final years advocating for as a validation of his 1940s work. Gamow, whose health declined due to heavy smoking and alcohol use before his death in 1968, frequently reminded the scientific community that his earlier calculations with Ralph Alpher had correctly predicted this radiation, using the metaphor that a lost and found penny is still the same penny. While the Big Bang gained universal acceptance, Fred Hoyle faced a professional crisis when the Nobel Prize for stellar nucleosynthesis was awarded solely to William Fowler, excluding Hoyle and his other collaborators, Margaretand Jeffrey Burbidge. This snub, which some speculate was due to a misunderstanding by nominator Hans Bethe or Hoyle's increasingly controversial reputation, led Hoyle to sever ties with Fowler and retreat to the Lake District. In his later years, Hoyle moved toward the fringes of science, championing the theory of "panspermia"—the idea that life and diseases such as AIDS and Legionnaire's disease originated in space and arrived on Earth via comets. He also drew the ire of the scientific establishment by arguing that Darwinian evolution was impossible due to the Earth's age, a stance that ironically gained him support from creationist groups despite his own atheism. Paul Halpern characterizes both Gamowand Hoyle as "seat of the pants" thinkers who relied on flashes of intuition rather than slow, methodical archival work, though Hoyle was notably more stubborn in defending his unconventional ideas. Ultimately, both men are remembered as brilliant storytellers who made the complex physics of the 20th century accessible to the public while fundamentally shaping our understanding of the universe. Guest Author: Paul Halpern. (4/4)
DECEMBER 1951
S8 Ep819: Continuous Creation and the Discovery of the Hiss The "Steady State" theory was famously conceptualized after Fred Hoyle and his colleagues, Thomas Gold and Hermann Bondi, watched the looping narrative of the horror film Dead of Night, leading them to pro
Continuous Creation and the Discovery of the Hiss The "Steady State" theory was famously conceptualized after Fred Hoyle and his colleagues, Thomas Gold and Hermann Bondi, watched the looping narrative of the horror film Dead of Night, leading them to propose a universe where matter is continuously created to maintain a constant density as galaxies drift apart. Hoyle described a "creation field" where new particles spontaneously emerge from empty space due to quantum uncertainty, an idea he compared to new spectators filling empty rows in a stadium to keep the crowd density uniform. A major breakthrough in this research was Hoyle's prediction of a specific energy state for carbon-12, the "triple-alpha process," which explained how life-essential elements could be synthesized in the immense heat of dying stars' collapsing cores. Meanwhile, George Gamow and his student Ralph Alpher theorized that the early universe consisted of a primordial substance called "Ylem" that underwent a "Big Squeeze" to form the elements. Ironically, Hoylecoined the term "Big Bang" during a 1949 BBC radio broadcast as a derisive joke to mock the idea of a single initial explosion, a nickname that Gamow disliked because he felt it misrepresented the physics of the early universe. Despite their professional competition, the two men remained friends and famously debated the temperature of the universe during a 1956 road trip through La Jolla in a white Cadillac. While they failed to accurately predict the cosmic temperature during that drive, the debate was effectively settled in 1964 when Bell Labs researchers Arno Penzias and Robert Wilson accidentally discovered a persistent radio "hiss" while trying to calibrate a satellite antenna. After ruling out urban interference and cleaning pigeon droppings from their equipment, they realized they had found the cosmic microwave background radiation. This discovery, which Robert Dicke and Jim Peebles at Princeton were also searching for, provided the definitive evidence for the Big Bang and "scooped" the scientific community, ultimately vindicating Gamow's model over Hoyle's Steady State theory. Guest Author: Paul Halpern. (3/4)
DECEMBER 1961
DECEMBER 1961
S8 Ep819: From Radar Research to Stellar Nucleosynthesis Fred Hoyle, born in West Yorkshire in 1915, spent his childhood immersed in the cinema where his mother worked as a pianist, performing classical music for silent films and providing the environment where Hoy
From Radar Research to Stellar Nucleosynthesis Fred Hoyle, born in West Yorkshire in 1915, spent his childhood immersed in the cinema where his mother worked as a pianist, performing classical music for silent films and providing the environment where Hoyle taught himself to read by watching the onscreen subtitles. He pursued his higher education at Cambridge, where he studied under distinguished physicists like Paul Dirac, Max Born, and Rudolf Peierls while developing an interest in chemistry and particle physics. After earning his PhD in 1939, Hoyle's academic career was interrupted by World War II, during which he performed secret radar research for the British military in Section 8X RC8 before returning to Cambridge as a professor in 1945. A critical turning point occurred during a military-related trip to the United States when he met astronomer Walter Baade, whose research into population I and II stars and the catastrophic energy of supernovae inspired Hoyle to investigate how elements are formed. In 1946, Hoyle published a seminal paper on stellar nucleosynthesis, theorizing that the universe's chemical elements, from hydrogen to uranium, were forged step-by-step within the cores of massive stars. This theory emerged during a period of great debate between the "cosmic egg" model proposed by Georges Lemaître and the "steady state" model, the latter of which Hoyle championed despite Albert Einstein's earlier rejection of a similar concept in an unpublished paper. While Gamow argued that all elements were synthesized in the high-heat environment of the early expanding universe, Hoyle maintained that the cosmos was perpetual and lacked a definitive beginning. This rivalry was further complicated by the fact that 1940s astronomers had not yet accurately determined the age of the universe, with estimates fluctuating wildly between 2 billion and 10 billion years. Guest Author: Paul Halpern. (2/4)
DECEMBER 1961
DECEMBER 1961
S8 Ep819: The Origins of Two Cosmological Giants George Gamow was born in Odessa in 1904 to a schoolteacher father who had once taught Leon Trotsky, leading to a notable incident where Trotsky attempted to organize a student coup in the classroom by having every st
The Origins of Two Cosmological Giants George Gamow was born in Odessa in 1904 to a schoolteacher father who had once taught Leon Trotsky, leading to a notable incident where Trotsky attempted to organize a student coup in the classroom by having every student sign a single letter of a protest petition to hide individual identities. Gamow'seducation eventually took him to the University of St. Petersburg, where his father famously sold the family silver to fund his studies under the mentorship of Alexander Friedmann, a meteorologist and balloonist who pioneered mathematical models of an expanding universe based on Einstein's general relativity. When Friedmann died at a young age after contracting typhoid following a high-altitude balloon flight, Gamow was forced to pivot from cosmology to quantum and nuclear physics, where he successfully modeled alpha particle decay and the process of quantum tunneling that allows particles of opposite charges to overcome energy barriers. This discovery laid the groundwork for understanding the fusion processes that fuel stars and led to the development of early particle accelerators. During his time at Niels Bohr's Institute in Copenhagen, Gamow became a legendary figure known for riding his motorcycle across Europe and using humorous cartoons to communicate with international colleagues when language barriers arose. His life took a dramatic turn when the Soviet regime began demanding that scientific research align with Marxist-Leninist philosophy, prompting Gamow to attempt a daring but unsuccessful escape in a rubber kayak across the Black Sea toward Turkey. He and his wife were eventually able to defect to the West in 1933 after Bohr arranged for him to represent the Soviet Union at the Solvay conference, allowing Gamow to ultimately settle at George Washington University and begin his influential work on the "Big Bang" theory. Guest Author: Paul Halpern. (1/4)
FEBRUARY 1957
FEBRUARY 1957
S8 Ep818: The Final Years and the Rock of Sydney Chaplin Chaplin's final project, A Countess from Hong Kong, suffered from a mechanical performance by Marlon Brando, who clashed with Chaplin's physical, hands-on directing style. The film's dated 1930s-style roma
The Final Years and the Rock of Sydney Chaplin
Chaplin's final project, A Countess from Hong Kong, suffered from a mechanical performance by Marlon Brando, who clashed with Chaplin's physical, hands-on directing style. The film's dated 1930s-style romance failed to resonate with the 1960s audience that was embracing movies like The Graduate. Throughout his long life and final years in Switzerland, Chaplin relied on his older brother Sydney as his "rock" and protector. Despite Sydney's own colorful and irresponsible personal life, he remained the one constant figure who had cared for Charlie since their childhood in the workhouse, providing essential stability through decades of professional and political turmoil. Guest: Scott Eyman. (8/8)
1900 LA
Chaplin's final project, A Countess from Hong Kong, suffered from a mechanical performance by Marlon Brando, who clashed with Chaplin's physical, hands-on directing style. The film's dated 1930s-style romance failed to resonate with the 1960s audience that was embracing movies like The Graduate. Throughout his long life and final years in Switzerland, Chaplin relied on his older brother Sydney as his "rock" and protector. Despite Sydney's own colorful and irresponsible personal life, he remained the one constant figure who had cared for Charlie since their childhood in the workhouse, providing essential stability through decades of professional and political turmoil. Guest: Scott Eyman. (8/8)
1900 LA
S8 Ep818: Exile to Switzerland and the Loss of Autonomy In 1952, while sailing to Europe, Chaplin learned his U.S. re-entry permit had been revoked by Attorney General James McGranery on moral and political grounds. This forced Chaplin into a permanent exile in Swi
Exile to Switzerland and the Loss of Autonomy
In 1952, while sailing to Europe, Chaplin learned his U.S. re-entry permit had been revoked by Attorney General James McGranery on moral and political grounds. This forced Chaplin into a permanent exile in Switzerland, where his wife Oona had to return to America alone to salvage their financial assets and close their studio. While the move provided a restful environment to raise his eight children, it cost Chaplin the absolute creative autonomy he had enjoyed at his private Hollywood studio. He found himself struggling with foreign unions and rising production costs, leading to a creative decline in his final two films. Guest: Scott Eyman. (7/8)
1900 LA
In 1952, while sailing to Europe, Chaplin learned his U.S. re-entry permit had been revoked by Attorney General James McGranery on moral and political grounds. This forced Chaplin into a permanent exile in Switzerland, where his wife Oona had to return to America alone to salvage their financial assets and close their studio. While the move provided a restful environment to raise his eight children, it cost Chaplin the absolute creative autonomy he had enjoyed at his private Hollywood studio. He found himself struggling with foreign unions and rising production costs, leading to a creative decline in his final two films. Guest: Scott Eyman. (7/8)
1900 LA