Art kicks off the episode with excitement, welcoming everyone to “Coast to Coast AM.” He introduces Richard Hoagland, who barely makes it before the show begins. Hoagland, known for his work “Monuments of Mars” and more, is set to discuss his theories about the moon. Art announces that “Dreamland” will be aired live on a new affiliate in San Diego, much to the excitement of Southern California listeners. Richard, calling from Weehawken, New Jersey, delves into his role as the leader of the Mars Mission research project, aiming to study objects on Mars identified in NASA images by the Viking mission. He shares his impressive background, including a stint at the Hayden Planetarium, consulting roles for Walter Cronkite, and as a science advisor at CNN. Hoagland also mentions receiving the Angstrom Medal for excellence in science from the Angstrom Institute in Stockholm, Sweden.
Art and Richard discuss the skepticism surrounding extraterrestrial archaeological research. Hoagland defends his work by pointing to historical precedents where pioneers were initially dismissed as fantasists. He highlights the growing scientific interest in Mars and the increasing credibility of his work, evidenced by invitations from NASA and the United Nations. Art shares his personal exploration of Mars images online, particularly the “Face on Mars,” noting the face-like appearance of the formation. Richard attributes advances in technology and image processing as key to understanding these Martian features, emphasizing the revolution in computing power and algorithms since the original Viking mission images were taken.
Art and Richard delve into the transformative impact of modern computing on analyzing Mars images. Richard highlights the dramatic advancements in computer technology, noting that even a basic system today surpasses all of NASA’s computing power from 30 years ago. This leap forward allows researchers to extract more detailed information from the images sent back by the Viking mission, thanks to sophisticated algorithms and image processing techniques. He explains the shift from the vacuum tube technology used in the Viking cameras to the current solid-state CCD (Charge Coupled Devices) technology, which offers vastly superior sensitivity and linearity, enabling much clearer images of Mars.
Richard emphasizes that the quality of imaging technology directly influences the interpretation of data. If the Viking missions had access to today’s CCD imaging and image processing algorithms, the mysteries surrounding the “Face on Mars” and other Martian formations would likely be resolved. He also touches on the potential for future missions to Mars, including international collaboration and the use of contemporary imaging technology to further explore and understand the Martian surface.
Richard addresses the delay of Russian Mars missions and speculates on the collaboration between NASA, the European space community, and the Russians for future Mars exploration opportunities. He shares his transition from a NASA enthusiast to a critic, attributing his change in perspective to what he perceives as NASA’s deviation from its founding charter, which emphasized widespread dissemination of its activities and findings. Richard highlights his early involvement in space communication experiments and his disillusionment with NASA’s failure to adhere to its principles of transparency and exploration.
The conversation shifts to the Brookings Report, which Richard cites as influencing NASA’s secretive approach to extraterrestrial findings. He explains that the report recommended withholding information about extraterrestrial artifacts from the public to avoid societal disruption. This revelation prompts a discussion on whether NASA’s bureaucratic growth and protective stance are natural evolutions or deliberate choices influenced by fear and the desire to control information. Richard argues that this protective attitude diverges from NASA’s original mission and undermines the public’s trust and the agency’s integrity.
Richard elaborates on the influence of the Brookings Report, suggesting it had a profound chilling effect on NASA’s willingness to disclose potential extraterrestrial findings. This report, involving prominent figures like Margaret Mead, recommended secrecy concerning extraterrestrial artifacts to prevent societal upheaval. Richard views this as a significant factor in NASA’s cautious approach over the past decades.
The conversation shifts to Richard’s critique of NASA’s deviation from its founding principles, emphasizing the importance of transparency and public service. He suggests that the agency’s decision to withhold certain discoveries was well-intentioned but ultimately misguided, reflecting a broader issue of bureaucratic self-preservation over public interest.
Art then transitions to discussing the Hubble Telescope’s limitations in observing Mars, noting the technical challenges that prevent detailed study of the Martian surface from Earth. The discussion moves to the moon, where Richard teases significant findings from his research, claiming the discovery of undeniable structural artifacts on the lunar surface from various missions. He contrasts this with the ongoing debate over Martian imagery, highlighting the abundance of lunar data that supports his conclusions.
Richard Hoagland expresses his astonishment at the limited public exposure to the vast collection of lunar photographs taken during the Apollo missions and other lunar explorations. Despite millions of images captured, only a handful are frequently circulated, raising questions about why the vast majority remain unseen by the public. He suggests that the selection of images shared with the public has been deliberately curated to avoid revealing evidence of artificial structures on the moon’s surface, pointing to a broader pattern of withholding information in line with the Brookings Report’s recommendations.
Richard shares his experience presenting his findings at Ohio State University, where he unveiled what he claims are undeniable proofs of ancient artificial structures on the moon, eliciting a standing ovation for breaking what he calls a longstanding lie about the moon’s true nature. He details his efforts to extract and analyze data quietly from NASA, describing the challenge as akin to “pulling teeth from a mountain lion.”
The claim of discovering thousands of feet high crystalline skyscrapers on the moon is particularly striking. Richard asserts these findings are backed by images from multiple missions and technologies, suggesting a significant deviation from the known geological makeup of the moon. He hints at the broader scientific community’s awareness of these anomalies, citing subtle clues in lunar science conference papers and proceedings.
Richard Hoagland discusses the peculiar case of Japanese lunar exploration and the international dynamics of space exploration. He highlights an incident involving a Japanese spacecraft supposedly put into orbit around the moon by Honda in 1991, emphasizing the mystery surrounding the lack of publicly released photographs from this mission. Hoagland’s inquiries into obtaining these images from the Japanese space agency suggest a broader reluctance or political hesitancy in sharing lunar data. He speculates on the implications of such secrecy, including the potential discovery of artificial structures on the moon that have been withheld from the public eye.
Hoagland then touches upon the collaborative nature of global space exploration, noting the diminishing competition in space exploration following the dissolution of the Soviet Union. He argues that this lack of competition has led to a monopolization of space exploration by a few gatekeepers, suggesting a unified front in withholding certain information from the public. He expresses hope that the American public can reclaim their space program by demanding transparency and access to data, leveraging the constitution’s power.
Hoagland discusses his efforts to engage the Clinton administration directly, aiming to shift the narrative around space exploration and transparency. He positions this as an opportunity for Bill Clinton to lead boldly, akin to John F. Kennedy, by openly addressing the existence of extraterrestrial artifacts. Hoagland argues for the overwhelming benefits of such transparency, including advancements in science, technology, and global peace, which he believes far outweigh the cautious hesitations of the past.
Addressing potential global reactions, Hoagland acknowledges the varied readiness of societies worldwide but insists that humanity has faced greater existential threats, such as nuclear war, and has the capacity to handle revelations about extraterrestrial life or artifacts. He suggests that the real challenge lies not in the discovery itself but in applying this knowledge for the betterment of society, bridging the gap between scientific advancement and societal benefit.
Hoagland speculates on the potentially profound implications of these discoveries, including challenges to deep-seated beliefs and the necessity for a paradigm shift in addressing global issues. He emphasizes the urgency of embracing this new knowledge to address environmental and technological crises, suggesting that humanity is on borrowed time and must act decisively.
Hoagland continues detailing his findings, focusing on the precise geometric patterns observed on both Mars and the Moon. He explains that the structures on Mars exhibit a non-random, repeating geometric pattern, which strongly suggests artificial construction. This methodology is based on Euclidean geometry, specifically tetrahedral geometry, which involves shapes inscribed within spheres, such as the platonic solids made famous by Plato.
For the Moon, Hoagland’s interest was piqued by an 18-mile diameter crater that contains what appears to be an almost perfect equilateral triangle. This discovery was made possible through photographs taken about 50-60 years ago, which were accessed from a NASA archive in Hawaii. Upon analyzing these photographs with computer technology, the team was able to confirm the presence of this geometric pattern within the crater named Curt. This crater’s central location on the Moon’s visible side, combined with its unique geometric features, suggests intentional placement for observation from Earth.
Hoagland’s discussion emphasizes the significance of these findings, suggesting that if there were intelligent observers on Earth, this central lunar location would be an ideal spot for displaying a signal or structure. This analysis leans heavily on the capability to measure and interpret light values across the lunar surface, further supporting the hypothesis of non-natural, structured formations on the Moon.
Hoagland elaborates on his investigative approach to acquiring lunar photographs, emphasizing the strategic use of public requests to National Archives to avoid alerting NASA to his specific interest. This method was employed to explore the peculiarities observed around a specific lunar crater, which Hoagland suspected housed significant artifacts or structures indicative of non-terrestrial intelligence.
He recounts acquiring a catalog from the Apollo 10 mission, noting anomalies in the photo reproduction process compared to other Apollo mission catalogs. These inconsistencies in photo quality and availability led him to suspect deliberate obfuscation or selective disclosure of lunar imagery by NASA. Hoagland suggests that this pattern of photo reproduction quality could either indicate a technological regression in NASA’s catalog production or, more intriguingly, an intentional effort to conceal certain images, particularly those of the lunar crater Curt.
Hoagland asserts that manipulation of lunar data by NASA can be proven, suggesting a deliberate alteration or faking of the data to hide certain findings. He describes how through side-by-side comparisons and catalog analysis, discrepancies in photo reproduction quality across various Apollo mission catalogs reveal a pattern of selective image disclosure. Specifically, Hoagland points out that photographs from the Apollo 10 mission, which should have been blank according to the catalog, actually contain stunning images with no issues, except for the presence of unexplained objects and structures that NASA has not publicly acknowledged.
He describes observing brilliant, specular reflections from planar surfaces on the Moon, reminiscent of the light reflections seen from skyscrapers on Earth. These observations lead him to conclude that there are structures on the Moon several thousand feet tall, with rectangular shapes and windows, suggesting artificial construction.
Hoagland’s commitment to exposing these findings is evident as he plans to present the data at a UFO conference in Los Angeles, aiming to reach a wider audience, including Hollywood producers and media types. He emphasizes the importance of making this information public, criticizing the government for withholding it from citizens who funded the space missions.
Furthermore, Hoagland shares that he has been contacted by a well-connected intelligence source, indicating that Army Intelligence is willing to confirm knowledge of these lunar structures for 30 years.
Hoagland is convinced that he has definitive proof of artificial structures on Mars and the Moon, describing them as not just small artifacts but large, significant constructs. He expresses readiness to share this groundbreaking information with major networks or newspapers, aiming to reach a wide audience and ensure the story’s verification and dissemination. Hoagland emphasizes the importance of presenting these findings in a way that the general public can understand, acknowledging the educational challenges that might prevent immediate comprehension of the lunar environment’s distinct characteristics from Earth’s.
At Ohio State University, he provided a comprehensive program to help attendees understand how to view the Moon, explaining its geological and environmental differences from Earth. This included the lack of atmosphere, water, and the moon’s simple erosional environment shaped primarily by meteoric bombardment, leading to a landscape vastly different from Earth’s.
Hoagland mentions Dr. Bruce Cornet’s independent critique of the data, which supports the existence of the structures. This validation encourages further examination of NASA’s archives and private collections for discrepancies or hidden materials. Hoagland’s investigation has led to the discovery of two massive dome remnants on the Moon, specifically in the Mare Crisium area, which he believes to be ancient, eroded structures that hint at a long-gone civilization’s technological capabilities.
Hoagland speculates on the ancient origins of the structures on the Moon, suggesting they are remnants of colossal domes built by a civilization long vanished due to cataclysmic events. He hints at a potential cover-up by a select few within the government, driven by the fear of the implications these discoveries might hold for humanity’s understanding of its place in the universe. This narrative ties into broader theories of cyclical human civilizations, with Hoagland planning discussions with Hopi elders to explore connections between his findings and indigenous prophecies regarding past global cataclysms.
He also introduces the concept of hyperdimensional physics as a framework for understanding these ancient epochs and their technological achievements. Hoagland believes that the Moon may hold the key to preventing future cataclysms through the recovery of ancient knowledge purportedly preserved beneath the lunar surface, safe from meteorite bombardment.
Moreover, Hoagland suggests that the lunar structures’ materials, particularly glass, were chosen for their abundance and durability in the Moon’s harsh environment. He cites NASA studies and scientists who advocate for the use of lunar glass in constructing future bases, underscoring the feasibility of his claims about ancient glass structures on the Moon.
Hoagland discusses the ancient and awe-inspiring nature of the structures he believes exist on the Moon, suggesting they are remnants of vast, mega-structures built by a long-gone civilization. He describes these structures as highly advanced, with multiple layers and levels, hinting at a sophistication far beyond current human capabilities. These structures, according to Hoagland, could potentially have maintained an atmosphere, indicating a level of environmental control within them.
He speculates on the reasons these discoveries have remained secret, suggesting that the enormity of the findings caused a panic within a small segment of the government, leading to a deliberate concealment from both NASA and the public. This action was driven by the fear of the implications of revealing such advanced ancient technology.
Hoagland plans to publicize his findings further, aiming to engage the public’s imagination and support for a new era of space exploration that returns control to citizens. He mentions the possibility of a citizen-led mission to the Moon, leveraging current technology to explore and document these structures firsthand. This ambitious plan underscores his belief in the transformative power of these discoveries for humanity.
Furthermore, Hoagland touches on the broader implications for the Clinton administration, urging a shift towards transparency and exploration reminiscent of John F. Kennedy’s vision for space. He calls for public support to encourage governmental action, framing this moment as an opportunity for historical change in how humanity engages with space and its own ancient past.
Hoagland continues to delve into the intricacies of lunar anomalies and structures, expanding on his theory that what we see on the Moon may not be natural formations but remnants of ancient cities covered by glass domes. He challenges the conventional geological interpretations of the lunar marina, suggesting that they might not be lava plains as currently believed but could instead be the ruins of ancient urban areas.
He introduces the concept of regions on the Moon that have varying degrees of preservation due to their protection from meteor bombardment. Hoagland explains that the distribution of these structures aligns with certain areas being better shielded, leading to a mix of preservation states across the lunar surface. This theory is bolstered by his critique of the lack of “wrinkle ridges” in the marina, which would be expected if these areas were truly lava plains. Instead, he posits that the absence of such geological features supports the idea of ancient, domed cities.
Further exploring celestial mechanics and planetary physics, Hoagland touches on the significance of certain latitudes, particularly 19.5 degrees north and south, which he relates to tetrahedral geometry and hyperdimensional physics. This geometry, he argues, is a universal marker of energy upwellings across the solar system, evidenced by volcanic activity on Earth and other planetary bodies.
Hoagland explains that the structures on the Moon could be evidence of an ancient civilization’s advanced technology, indicated by the unusual chemistry and isotopes found in lunar rocks. He suggests that some of the lunar material brought back by astronauts may contain artificial components. This assertion is based on the “weird” chemical and isotopic signatures observed, which he believes point to the existence of previously manufactured materials.
He also addresses a query about seismographic stations placed on the Moon by the Apollo missions, designed to measure moonquakes and other seismic activities. These instruments, according to Hoagland, could potentially reveal clues to artificial structures on the Moon due to the unique seismic responses they might produce. He criticizes NASA’s decision to discontinue the seismic network, speculating that it was shut down because it was revealing too much information about the Moon’s anomalies.
Hoagland’s discussion of the seismic data’s implications supports his broader thesis about non-natural, extensive, and ancient constructions on the Moon. He believes that these findings, combined with photographic evidence and the peculiarities of lunar rocks, make a compelling case for reevaluating our understanding of the Moon’s history and the potential of ancient extraterrestrial civilizations.
Hoagland discusses the seismic experiments conducted during the Apollo missions, where stages of the Apollo rockets were deliberately crashed into the Moon to create artificial “moonquakes.” These impacts, producing sound waves that traveled through the Moon’s interior, allowed scientists to study its internal structure through seismic data. Intriguingly, the Moon rang like a bell for extended periods after these impacts, with one event causing the Moon to resonate for over four hours. Hoagland suggests this phenomenon could be explained by the presence of large, honeycomb-like structures on the Moon, which could create standing wave reservoirs that store sound energy, allowing it to resonate for a long time.
He speculates that by 1977, authorities realized these seismic experiments were inadvertently revealing evidence of artificial structures on the Moon, leading to the discontinuation of the seismic network to prevent further data collection that could support this theory.
Hoagland also addresses a question about the purpose of skyscrapers on the Moon, dismissing economic competition as a motive and suggesting instead that these structures were built for their views of Earth, emphasizing the difference in mindset and technology of the civilization that constructed them. He suggests that these structures, made of advanced materials and possibly constructed by robots using hyperdimensional physics, offer a perspective and scale that is difficult for contemporary humans to fully comprehend.
Hoagland discusses the seismic experiments conducted during the Apollo missions, where stages of the Apollo rockets were deliberately crashed into the Moon to create artificial “moonquakes.” These impacts, producing sound waves that traveled through the Moon’s interior, allowed scientists to study its internal structure through seismic data. Intriguingly, the Moon rang like a bell for extended periods after these impacts, with one event causing the Moon to resonate for over four hours. Hoagland suggests this phenomenon could be explained by the presence of large, honeycomb-like structures on the Moon, which could create standing wave reservoirs that store sound energy, allowing it to resonate for a long time.
He speculates that by 1977, authorities realized these seismic experiments were inadvertently revealing evidence of artificial structures on the Moon, leading to the discontinuation of the seismic network to prevent further data collection that could support this theory.
Hoagland also addresses a question about the purpose of skyscrapers on the Moon, dismissing economic competition as a motive and suggesting instead that these structures were built for their views of Earth, emphasizing the difference in mindset and technology of the civilization that constructed them. He suggests that these structures, made of advanced materials and possibly constructed by robots using hyperdimensional physics, offer a perspective and scale that is difficult for contemporary humans to fully comprehend.
Hoagland discusses the possibility of mitigating potential catastrophic earth changes through the application of knowledge derived from the lunar materials and structures. He believes that the advanced technology indicated by the lunar anomalies could provide insights into handling terrestrial changes, underscoring the importance of understanding the physics behind these ancient artifacts. This perspective aligns with his broader thesis that humanity might be on the cusp of rediscovering a physics capable of influencing planetary dynamics.
He plans to discuss his theories with the Hopi elders, hoping that their insights will validate his models regarding past cataclysms and the potential for preventing future ones. This engagement with indigenous knowledge and modern scientific inquiry highlights Hoagland’s interdisciplinary approach to unraveling the mysteries of the Moon and Mars.
The discussion transitions to audience engagement, where Hoagland addresses questions about the evidence supporting his claims. He emphasizes the robustness of his findings, citing overlapping photography from multiple missions that corroborate the existence of artificial structures on the Moon. This evidence, according to Hoagland, eliminates simpler explanations like light reflections or film defects, pointing instead to a complex reality of ancient, high-tech civilizations.
Hoagland elaborates on the connections between the structures on Mars, the Moon, and ancient sites on Earth, emphasizing the shared mathematical and geometric principles underlying their design. He suggests that these similarities point to a universal application of knowledge that transcends individual civilizations, possibly hinting at a shared or inherited cosmic heritage. The discussion touches on the potential reasons for secrecy surrounding these discoveries, with Hoagland arguing that acknowledgment of extraterrestrial artifacts would fundamentally change the scientific discourse and public perception of human uniqueness and history.
He predicts that as more scientists examine the data and the evidence becomes widely distributed, the consensus on the artificial nature of these structures will lead to a paradigm shift, unable to be ignored or suppressed. Hoagland also touches on his interactions with the Hopi elders, suggesting that ancient prophecies and modern scientific predictions might align, indicating cyclical cosmic events affecting Earth.
A caller from Alabama inquires about the availability of Hoagland’s findings on video and seeks clarification on the Mars-Moon connection, specifically regarding the significance of a specific crater and its geometric features. Hoagland explains that the crater’s equilateral triangle, visible under certain lighting conditions, was a key clue leading him to investigate further, highlighting the crater’s proximity to Earth at certain times and its potential symbolic importance.
Hoagland continues to detail the geometric connections between the structures found on the Moon, Mars, and Earth, reinforcing the idea that these connections are not coincidental but are part of a universal application of knowledge. The discussion turns to the practical steps for the public to access and analyze the same lunar images that have led to his groundbreaking conclusions. He provides specific instructions on how to order photographs from the Apollo and Lunar Orbiter missions and suggests methods for enhancing and examining these images to verify his findings independently.
This approach not only democratizes the research process but also encourages a broader participation in confirming the existence of these structures, moving the conversation from speculative theory to a collective investigative endeavor. Hoagland’s call for public involvement in analyzing lunar images and sharing findings through the internet exemplifies a modern, collaborative approach to unraveling one of the most profound mysteries of our time.
Hoagland describes a significant discovery made in the analysis of lunar photographs, focusing on a remarkable image captured by Lunar Orbiter 3. This image showcases a crystal and tower, dubbed “the Shard” and “the Tower,” respectively, protruding from the Moon’s surface. The Shard, described as sharp-edged with internal geometric detail, casts a long shadow, indicating its substantial height. Adjacent to it is what appears to be a massive cubic structure, several times larger, which, upon enhancement, reveals itself to be a glass-like crystal cube supported by a towering structure extending seven miles down to the lunar surface.
Hoagland emphasizes the significance of these findings, located in the Ngukurr crater, which features an equilateral triangle formation that echoes the geometric patterns seen in the Monuments of Mars and ancient sites around the Earth. This geometric consistency suggests a connection across celestial bodies and ancient civilizations.
The discussion also touches on the logistical challenges and peculiarities encountered in accessing and analyzing these lunar images, particularly from the NASA archive at the University of Hawaii. The archive’s lack of duplication facilities and the unusual presentation of critical images underscore the difficulties in researching and disseminating this information. Hoagland’s narrative highlights the detective work required to uncover and interpret these anomalies, suggesting a deliberate obfuscation of data that could shed light on extraterrestrial architectural achievements.
Hoagland delves deeper into the complexities and potential manipulation of lunar photographs, particularly focusing on an image from the Lunar Orbiter 3 mission. He describes a detailed process of how these images were captured, developed in zero gravity, and transmitted back to Earth—a process that, for its time (1967), was incredibly sophisticated. The images were developed on film within the spacecraft, scanned, and then transmitted back to Earth where they were reconstructed and photographed from TV screens for analysis.
The conversation turns towards discrepancies noticed in these lunar images, specifically regarding the “Shard” and the “Tower,” two significant anomalies Hoagland identifies on the Moon’s surface. He points out an inconsistency in the positioning of registration marks—crosses pre-exposed on the film to account for geometric irregularities—between images obtained from different sources. In one case, a registration mark that should have been static in relation to the photographed anomalies appears to have moved in a way that defies explanation based on the original photographic process.
This discrepancy suggests to Hoagland that there has been tampering with the photographic evidence, potentially to obscure or alter the presentation of these lunar anomalies. He provides an account of how, in his view, the mosaic of lunar images might have been incorrectly assembled or altered, leading to inconsistencies that hint at deliberate manipulation.
Hoagland also discusses the broader implications of his findings, emphasizing the significance of potential tampering as both confirmation of the anomalies’ existence and evidence of an effort to control or distort the information available to the public and the scientific community. This narrative reinforces his earlier suggestions of a cover-up and adds a layer of intrigue regarding the handling and presentation of lunar data.
Hoagland intensifies his critique of the handling of lunar data, highlighting the difficulties and oddities encountered in accessing high-quality images from various archives. He expresses frustration over being charged for what turned out to be merely a black and white Xerox copy of a catalog that originally contained high-quality images, suggesting a deliberate obfuscation or withholding of valuable data.
The conversation shifts to the Clementine mission, initiated by the Pentagon’s Ballistic Missile Defense organization. Hoagland speculates that the mission’s primary objective was to closely investigate the lunar anomalies he has been discussing. He questions the decision to maintain the spacecraft at an altitude of 400 miles for its lunar photography, arguing that a lower orbit would have provided much higher resolution images. He dismisses the official explanation for this decision as “orbital instabilities,” suggesting instead that certain lunar structures extend high enough above the lunar surface to pose a collision risk to spacecraft orbiting at lower altitudes.
This segment culminates in a chilling revelation from Hoagland, who claims that astronauts on Apollo missions inadvertently captured images of massive, towering structures, potentially endangering the missions due to the proximity of these structures to their flight paths. He describes these structures as remnants of a once-grand civilization capable of “mega-engineering,” the evidence of which has been eroded over hundreds of millions of years.
Hoagland continues discussing the Clementine mission, suggesting that its primary goal was to investigate the anomalies he’s identified on the Moon rather than testing SDI (Strategic Defense Initiative) technology, as officially stated. He expresses skepticism about the mission’s abrupt end, attributed to a computer glitch that supposedly drained the spacecraft’s fuel, rendering it inert between Earth and the Moon. This incident, according to Hoagland, conveniently halted the mission just as it was poised to leave lunar orbit for other objectives, which he speculates might have included further clandestine exploration or even a journey to Mars, hinted at by a quickly suppressed news report.
The conversation shifts to the materials composing the lunar structures, with Hoagland addressing questions about the use of titanium and glass. He likens the lunar constructs to the Biosphere 2 project on Earth, which also utilized glass panels mounted on a metal frame. Hoagland argues that the lunar structures’ materials, observed as dark rebar or frame material forming a regular lattice gridwork, support the theory of advanced engineering and architectural practices. These materials, he suggests, are indicative of a technology capable of constructing large-scale, durable structures, potentially for environmental control or other purposes unknown to current human understanding.
Hoagland delves deeper into the complexities surrounding the collection and analysis of lunar data, emphasizing the potential manipulation and control of information. He notes that controlling the photographic evidence and restricting access to high-quality images can significantly influence public and scientific understanding of lunar anomalies. This control mechanism raises questions about why humanity has not returned to the Moon and why the Clementine mission, a Pentagon initiative, was the first to revisit the Moon after a long hiatus, only to end under mysterious circumstances.
Hoagland criticizes the quality of reporting and the apparent lack of curiosity among journalists regarding these issues, suggesting that a combination of laziness and fear of professional repercussions contributes to the perpetuation of a limited narrative about space exploration.
The discussion shifts to the technical aspects of the Clementine mission, particularly its use of a laser altimetry experiment designed to map the lunar surface. Hoagland reveals that some NASA scientists, frustrated with the manipulation of data, have started to leak information to him, including discrepancies in the laser return signals from the Clementine spacecraft. These anomalies in the data, described as “bizarre scattering” and “gigantic blips,” could indicate reflections off the glass-like structures Hoagland believes exist on the lunar surface, yet were not recognized as such by the scientists involved due to their unexpected nature.
Hoagland discusses the complexities of accessing and analyzing lunar data, emphasizing the control over photographic evidence and the potential manipulation of information. He speculates on the reasons behind the lack of further manned lunar missions and questions the motives behind the Clementine mission, suggesting it was more about investigating lunar anomalies than testing technology.
The conversation touches on the difficulties encountered in accessing high-quality lunar photographs from various archives, highlighting issues such as the provision of only black and white Xerox copies of important catalogs and the apparent unwillingness of certain institutions to provide original or high-quality reproductions.
Hoagland also addresses a question about structures on the Sea of Crises and other lunar regions, suggesting that most of the lunar maria do not exhibit the expected signatures of lava lakes, with the exception of the Mare Imbrium. This observation supports his hypothesis about planetary energy upwellings at specific latitudes, further hinting at the artificial nature of some lunar features.
The discussion then shifts to a sting operation against NASA, which Hoagland clarifies as unrelated to his research. However, he uses this mention to reinforce the idea that a thorough investigation into NASA’s handling of lunar data might be necessary, suggesting that a more aggressive approach, such as a sting operation or direct confrontation by investigative journalists, could be warranted to uncover the truth.
Hoagland discusses the unveiling of his findings after a year and a half of research, emphasizing the robustness of the data and suggesting that even if efforts were made to tamper with the archives, the extent of the evidence would make it impossible to eliminate all traces. He shares his frustration with attempts to engage with NASA’s photographic lab, which have been fruitless, highlighting the challenges in accessing original negatives and further information.
The discussion transitions into a reflection on the scientific rigor applied to his work. Hoagland is confident in the integrity of the data and its interpretation, underlining that the evidence spans multiple technologies and viewing geometries, which corroborates the existence of the anomalies he’s identified.
A caller from Tacoma brings up Hoagland’s earlier speculation on the origins of the Monuments of Mars and questions whether Hoagland’s current focus on lunar structures suggests a reconsideration of those theories. Hoagland clarifies that his investigation into lunar anomalies does not change his views on Mars but rather expands his inquiry into ancient, technically advanced civilizations within the solar system. He references the Brookings Report and Carl Sagan’s early work as precursors to the kind of discoveries he’s now making.
Hoagland then delves into the provisional dating of the lunar structures, estimating them to be half a billion years old based on the degradation observed and the meteorite flux data from recent decades of space exploration. This dating far predates humanity and suggests that if these structures are artificial, they were created by an ancient civilization vastly more advanced than any known human society.
Hoagland, after revealing his findings at Ohio State, discusses the precautions he’s taken to ensure the integrity of his research in the face of potential archival tampering. He emphasizes the importance of having documented every piece of data acquired from NASA, suggesting a high level of scrutiny and accountability in his work. Despite facing obstacles, such as difficulty in accessing original negatives from NASA’s photographic lab, Hoagland remains confident in the robustness of his data and its implications.
A “devil’s advocate” question from Gary Hawkins, Director of Horizon Technology, challenges Hoagland to defend against claims that the photos might be altered or part of a larger scheme. Hoagland responds by encouraging skeptics to verify the data themselves, highlighting the widespread distribution of original NASA photographs across the globe. He argues that the abundance of these photographs in various archives and collections makes it possible to compare and validate the authenticity of the images, thus maintaining the integrity of the research against claims of alteration or manipulation.
Hoagland also addresses the criticism by discussing the geometric analysis of the Monuments of Mars, explaining that NASA’s silence on the matter, rather than a direct refutation, suggests an unwillingness to engage with potentially confirmatory data. He suggests that the widespread availability of original data sets would expose any attempt by NASA to alter data to fit a narrative, underscoring the difficulty of maintaining a cover-up in the face of global access to information and technology.
Hoagland discusses the potential for manipulation of the Clementine mission’s data, suggesting that someone may be busy removing incriminating objects from the dataset to ensure that, at low resolutions, the Moon looks as expected. He emphasizes the role of computer technology and the global community, including “computer nerds,” in uncovering the truth about these lunar anomalies. He asserts that the widespread distribution of NASA’s photographs across the world makes it difficult for any single entity to control or alter the narrative completely.
A caller introduces the concept of the unified field theory and its relevance to the tetrahedral structures and equilateral triangles that Hoagland has been discussing. This leads to a conversation about the natural versus artificial origins of lunar features, including the unusual hexagonal shape of some craters, which the caller ties to his own theories.
Hoagland reflects on the challenges of keeping his discoveries confidential while building a robust case for their authenticity. He criticizes the proliferation of disinformation regarding lunar and space exploration, suggesting that various conspiracy theories have been deliberately spread to distract and mislead the public and the media from genuine anomalies and scientific inquiries.
The discussion touches on the manipulation of media and public perception, with Hoagland lamenting the laziness and lack of investigative rigor among journalists. He proposes that a concerted disinformation campaign has been effective in preventing serious examination of lunar anomalies by mainstream media outlets.
Hoagland continues to delve into the intricate details of lunar anomalies, discussing the geometric patterns observed on the lunar surface and their potential for conveying information that cannot occur naturally. He brings up the Star of David configuration as an example, suggesting it as a deliberate, artificial creation meant to communicate across time and space.
The conversation shifts toward the reasons behind NASA’s reluctance to disclose findings related to extraterrestrial intelligence. Hoagland references the Brookings Report, suggesting it advised NASA to suppress such discoveries to avoid potentially destabilizing societal impacts. This creates a paradox where dedicated scientists, working under the auspices of NASA, might be unknowingly contributing to a framework that prevents the full realization of their exploratory goals.
Listeners call in with various inquiries, from the availability of high-resolution images for personal examination to observations of artificiality in Phobos and Deimos, the moons of Mars. One caller revisits historical observations of what appeared to be artificial lights on the Moon, which Hoagland interprets as potential evidence of glass-like structures reflecting sunlight.
The discussion also touches on potential funding sources for further exploration and research, with a suggestion that philanthropists like Bill Gates could be approached to support the quest for more definitive answers about these anomalies.
Hoagland advocates for a private mission to the Moon, suggesting that significant support, potentially from influential figures like Bill Gates, could revolutionize the American space program and fulfill Kennedy’s vision, which he believes was never fully realized. He stresses the importance of reclaiming the space program from those he perceives as having stifled its progress.
The discussion touches on historical references, including the Tower of Babel and the use of advanced materials in its construction, drawing parallels to current technological capabilities and the potential for human advancement.
Hoagland then addresses inquiries about his publications, particularly focusing on his book “The Monuments of Mars: A City on the Edge of Forever” and upcoming video series detailing his lunar research. He provides information on how interested parties can access these resources.
The conversation shifts to the Phobos 2 satellite’s failure, with Hoagland suggesting political tampering and a broader, deliberate attempt to maintain ignorance regarding space anomalies. He expresses frustration with the current state of space exploration, accusing political forces of endangering astronauts and censoring their findings, particularly regarding lunar anomalies.
Hoagland shares a personal anecdote involving Buzz Aldrin, hinting at the psychological toll taken on astronauts who might have encountered extraterrestrial artifacts but were forbidden from discussing them. He mentions Aldrin’s forthcoming fictional book about discovering alien artifacts on the Moon, interpreting it as possibly Aldrin’s way of dealing with the burden of secrecy.
Hoagland passionately argues for the significance of his findings, suggesting they represent the most important story in human history. He reassures listeners that the extensive documentation of his research, including tapes, photographs, disks, negatives, and prints, ensures that the information cannot be suppressed.
The conversation then shifts to the specifics of lunar anomalies, with a caller asking about the Viking missions to Mars and the biological experiments conducted there. Hoagland critiques NASA’s dismissal of positive life signals from these experiments as mere chemical reactions, suggesting that the agency has a history of downplaying or misinterpreting significant findings.
Hoagland also discusses the Hubble Space Telescope’s potential to observe lunar structures. Despite official claims that the Moon is too bright for Hubble’s instruments, Hoagland believes that certain lunar anomalies are large enough to be seen with the telescope and plans to show amateur astronomers in Southern California how to observe these structures from Earth.
He announces an upcoming presentation at a UFO expo, marking one of his rare public discussions before a UFO-focused audience, where he intends to showcase hundreds of photographs of lunar and Martian structures.
A caller inquires about George Leonard’s book “Somebody Else is on the Moon,” which Hoagland critiques for its poor-quality photographs and speculative interpretations. He contrasts Leonard’s work with his own, emphasizing the advantage of modern computer technology in analyzing and presenting clear evidence of mega engineering on the Moon and Mars.
Hoagland discusses the potential purposes and origins of the lunar structures, suggesting that they represent artificial environments created by an unknown civilization to mimic conditions similar to Earth’s biosphere. This implies advanced engineering capabilities aimed at creating sealed habitats, possibly due to the absence of a natural atmosphere on the Moon. The nature of the beings responsible for these structures remains speculative, as the focus is on architectural remains rather than biological entities.
The conversation shifts to a technical discussion on how these structures can be analyzed, with Hoagland emphasizing the importance of medium and high-resolution images that reveal intricate details of the lunar surface. He mentions specific frame numbers from the Lunar Orbiter missions that showcase the regularity and complexity of these features, suggesting they could be the footings or foundations of massive domes made from materials like glass and titanium.
Hoagland expresses optimism about the story reaching a critical mass of public and media attention, revealing plans to share the Ohio State presentation with influential media figures for further investigation. He believes the compelling nature of the data will eventually drive significant scientific and public interest, potentially leading to more extensive exploration and study of these anomalies.
A caller from Everett inquires about Carl Sagan’s stance on freedom of information, prompting reflections on Sagan’s contributions to space science and his advocacy for open knowledge.
Hoagland reflects on his relationship with Carl Sagan, defending Sagan’s commitment to the future of the space program and his willingness to stand up for his beliefs, even at personal cost. Hoagland suggests that individuals deeply invested in the welfare and progress of humanity, like Sagan, could be swayed by arguments presenting the release of certain information as potentially disastrous for society. However, Hoagland clarifies that he has not been approached with such an argument and, if he were, he would demand concrete evidence to support any claims made.
He emphasizes the importance of empowering individuals with knowledge and technology that could transform society and the planet for the better. Hoagland argues against suppressing breakthroughs in physics and technology that could democratize power and bring about significant advancements for humanity.
The conversation concludes with Hoagland expressing a strong belief in the need for openness and the dissemination of knowledge, positioning it as a crucial step toward a more informed and empowered society. This stance underscores his commitment to exploring and sharing the mysteries of space, regardless of the potential controversies or challenges that might arise.