The Sagan Paradox, Chapter 6: Explaining Away Alien Sightings

“Alien lifeforms would visit Earth only if life in the universe is rare,
but then there wouldn’t be enough alien visitors to explain the countless UFO reports.”

Did Carl Sagan privately believe in UFOs, despite his public skepticism? 🤔 Dive into ‘The Sagan Paradox, Chapter 6,’ which explores Sagan’s famous argument against extraterrestrial visits and fascinating claims about his alleged private views. Investigative journalist Paola Harris shares an account from Dr. J. Allen Hynek, suggesting Sagan might have admitted to believing UFOs were real, but couldn’t risk his research funding by speaking openly. Discover the tension between Sagan’s public stance and these intriguing allegations.

Sagan’s Defining Argument

The “Sagan Paradox” was first formulated in 1969 at an American symposium on the UFO phenomenon in Boston. Carl Sagan and Thornton Page served as co-chairs of this event. It was sponsored by the American Association for the Advancement of Science.

The title of the symposium was: UFOs – The Scientific Debate

It was here that the renowned astrophysicist Carl Sagan advanced an argument. The argument was meant to explain why there could be no extraterrestrially crewed “flying saucers.”

The Boston War Memorial Auditorium, site of the AAAS symposium in December 26.-28. Dec. 1969

The Rare Earth Hypothesis: Sagan’s Core Premise for
“THE SAGAN PARADOX”

Carl Sagan argued that the Earth had to be somehow special in the cosmos to attract the attention of aliens. The special position of the Earth is its life on it, which Sagan said is very rare in the cosmos.

Because life in the cosmos is so rare, according to Carl Sagan, there are not enough extraterrestrial civilizations in the vicinity of the Earth. Therefore, they cannot visit us in the huge numbers that the thousands of UFO sightings every year since 1947 suggest (~2312 yearly).

On the other hand, if there were actually as many alien civilizations as the number of sightings suggests, then life on Earth would not be special. Consequently, our planet would not be worth visiting with a spaceship.

As a result, UFOs controlled by aliens could not exist but are exclusively false alerts, implied Sagan.


Mock-up and additional enhancement of the famous British Calvine UFO photo, after Nick Pope. The original six photos are in color. The MOD has blocked their release until 2072. Wikipedia

The core of this paradox, as presented by Sagan, lies in the tension between the potential number of advanced technical civilizations in the galaxy and the lack of convincing evidence for frequent visits to Earth.

Sagan’s Skepticism: Witness Testimony

Carl Sagan regarded witness evidence for UFOs as insufficient to constitute robust scientific proof. He attributed accounts to human fallibilities, including emotional desire, boredom, paranoia, and a low tolerance for ambiguity. Consequently, these factors often result in self-deception and the misinterpretation of ordinary phenomena.

Photographic Evidence

Sagan also found UFO photographs unconvincing, due to their poor quality and ease of manipulation. Moreover, the lack of physical evidence and the influence of psychological and cultural factors were concerning. They all failed to meet the high standards required for extraordinary claims under the scientific method.

Would Sagan Have Accepted the Pentagon’s UAP Videos?

What would Carl Sagan have thought of the Pentagon videos, confirming sightings of Unidentified Aerial Phenomena:?

“Gimbal” is one of three US military videos with unidentified aerial phenomena (UAP) that have gone through the official US government review process and have been cleared for release.

The Legacy of Sagan’s Public Stance

Regardless of Carl Sagan’s private views, his public stance on UFOs was unequivocal. He dismissed them as either misidentifications or deliberate hoaxes. This position dominated UFO discourse for decades. Moreover, it continues to influence the field, where the default approach among many researchers remains the systematic debunking of sightings—often without thorough evaluation.

This mindset, reinforced by ‘Sagan’s Paradox’ and his famous dictum ‘extraordinary claims require extraordinary evidence,’ gave rise to a peculiar scientific orthodoxy. While the existence of extraterrestrial life is deemed plausible, any connection between UFOs and alien intelligence is treated as inherently implausible. This conclusion is enforced rather than investigated.

Sagan was convinced that given the number of stars in the universe—”billions and billions” as he used to say—the chances are very high that highly developed civilizations must exist. He simply doubted that emissaries from these civilizations had a habit of appearing at distant farms. He also doubted their emergence above Uncle Fritz’s garden, as popular reports often claimed.

Speaking of the back garden

UFO sighting by Dennis & Mandy. The object was seen within just a few meters from the backyard of the authors house. The author didn’t see this UFO himself. What he and his wife did notice at night was a strange “hum”, that persisted for long periods of time.

Sound of the “hum”.

The sound and, for instance, the UFO pictured here, remained in place for over 20 minutes. Planes don’t remain stationary for such extended periods of time.

“Erich” marks the location of the author’s house. “Dennis and Mandy” witnessed the UAP sighting—initially unknown to the author. He later interviewed them in person because he suspected he was being pranked.

Carl Sagan’s Alleged Private Beliefs on UFOs: An Examination

Renowned astronomer and astrophysicist Dr. Carl Sagan revealed to Dr. J. Allen Hynek that he believed UFOs were real. However, he avoided any public statements to prevent the loss of academic research funding.

This allegation suggests a divergence between Sagan’s public skepticism and his private views.

Paola Harris’s Account: Sagan’s Alleged Admission

Investigative journalist Paola Leopizzi-Harris met astronomer, professor, and UFO researcher J. Allen Hynek in 1978 at CUFOS, the Center for UFO Studies. Upon learning Harris was Italian-American, Dr. Allen Hynek enlisted her for translation work. Moreover, she was his assistant in UFO investigations. Their collaboration occurred mainly from 1980 to 1986. This association provided her with significant exposure to UFO research and key individuals involved in the subject.

According to Paola Harris :

“My recollection is that Hynek said it was backstage at one of the many Johnny Carson Tonight shows Sagan did. He basically said (to Hynek) in 1984, ‘I know UFOs are real, but I would not risk my research funding, as you do, to talk openly about them in public.’ ”
Paola Leopizzi-Harris

This quote has been verified by Paola Leopizzi-Harris.

Another correspondent, Bryce Zabel, said Sagan had to downplay his passionate belief in extraterrestrials. This was in order to avoid being written off as a crank—a cool crank but a crank nonetheless: “The truth of the matter, to me, is that he felt giving any quarter on the UFO issue could kill his career.”


DEEP DIVE

The following is a fact check of this anecdote:
Dr. J. Allen Hynek once remarked about Carl Sagan: “I knew Carl Sagan. We had lunch one day and he said that UFOs were bunk. I asked him his thoughts on a multitude of cases and he said, ‘don’t know anything about it”. Then I said, ‘Carl, you know we scientists are not supposed to comment on anything we haven’t sufficiently studied and he said, ‘yes, I know, but I don’t have the time’.
True or false?

Hynek vs. Sagan: UFOs, Science, and the Battle for Belief

Reference:
UFO’s: A Scientific Debate, Papers presented at a symposium sponsored by the American Association for the Advancement of Science, held in Boston on Dec. 26-27, 1969, Pages 265 – 275, https://archive.org/details/ufosscientificde0000unse

The Sagan Paradox, Chapter 5: Cosmos Eating Space Probes and Sagan’s Response

SELF-REPLICATING PROBES

In the context of the Extraterrestrial Intelligence Search, in 1980 the mathematical physicist and cosmologist Frank J. Tipler published a paper, “Extraterrestrial intelligent beings do not exist.”

Tipler sought a universal principle to explain the Fermi Paradox: the apparent absence of extraterrestrial beings on Earth. He contended that if extraterrestrial intelligent beings existed, then their manifestations would be obvious. Conversely, since there is no evidence of their presence, they do not exist.

Von Neumann Probes

Frank Tipler argued that if any extraterrestrial civilization ever built self-replicating von Neumann starprobes, those probes would grow exponentially. They would fill the galaxy in a few million years. Since we don’t see them here, Tipler concluded there are no other intelligent civilizations.

  • Tipler assumed each probe would land on a new world and make just one or a few copies before moving on. However, he had no reason to limit its reproduction so drastically.

  • Even if each probe were only 10 grams and doubled once per decade, in about 150 generations we’d have the mass of an entire galaxy. This conversion to machines would be on the order of 1 followed by 54 zeros grams (1 quindecillion tons). Moreover, this transformation would occur in less than 15 million years.

  • Because we see no evidence of such galaxy-eating machines anywhere, Tipler said no one else ever invented them. Therefore, no one else is out there.


SAGAN’S RESPONSE

Carl Sagan pondered the arithmetic of Tipler’s solipsist argument. His response is a classic in the realm of science and philosophy. He draws attention to the limitations of our current knowledge and the vastness of the universe. By stating, “Absence of evidence is not evidence of absence,” Sagan cautioned against jumping to conclusions based on what we don’t know.

Sagan and William I. Newman challenged Tipler’s assumptions and conclusions, proposing a more realistic colonization model based on population growth and organization. This alternative model estimates a galaxy-crossing time of approximately one billion years, significantly longer than Tipler’s few million years.

Sagan further suggests that self-replicating probes are subject to evolutionary divergence, imposing unacceptable risks to altruistic extraterrestrial intelligent life (ETI). The ETI only communicate with other ETI through signals. This argument assumes that self-replicating machines are essentially uncontrollable because they must evolve.

Sagan and Newman also propose that the emergence of powerful weapons of mass destruction may impose a universal brake on unchecked expansion. This could potentially limit the spread of advanced civilizations. Ultimately, they emphasize the importance of experimentation in resolving the Fermi Paradox. Systematic searches using radio telescopes and other tools are necessary to settle the question of whether we are alone in the universe.


Terrestrial Shortsightedness

Imagine New York in 1894, its streets choked with the clatter of hooves. Its futurists were drowned in calculations of manure. They predicted that by 1944 New York would drown in horse manure.

The futurists only saw linearity: more carriages, more waste, an apocalypse of filth. However, they could not fathom the silent revolution already stirring—the internal combustion engine, the horseless carriage—a paradigm shift that would render their equations relics.

So too might we falter when envisioning the starfarers of tomorrow. To assume interstellar travel or contact must devour suns is to chain possibility to the physics of this moment. What of the technologies unimagined? The spacetime shortcuts, the dark energy harnessed, the self-replicating probes born of nanoengineering? The cosmos whispers of mysteries we have yet to decode.

Carl Sagan may have cautioned Tipler that his reasoning could mirror that of the horse-cart prophets. One may fail to see beyond the boundaries of the known. The universe is not merely a puzzle to solve with present tools. It is also a frontier that reshapes the solver. As we once tamed fire and split the atom, so too might we one day dance with the fabric of spacetime itself. The answer to the Fermi paradox may not lie in the scarcity of civilizations. It may lie in the humility of our assumptions.

After all, the stars are not merely endpoints. They are teachers. Their greatest lesson might be this: To traverse the light-years, we must first learn to think in ways as boundless as the dark between galaxies.

The Sagan Paradox, Chapter 4: Stoned Genius

In 1971 Dr. Sagan, writing under the pseudonym “Mr. X” described his history of marijuana use.

As the paragon of reasoned, evidence-based science, what could have possibly prompted Carl Sagan to light up a joint? He argued that marijuana can be a powerful tool for facilitating mind expansion. When he was high, he had breakthroughs in knowledge and moments of true insight, according to his experience.

He vigorously defended the validity of these pot-fueled realizations:

“There is a myth about such highs: the user has an illusion of great insight, but it does not survive scrutiny in the morning. I am convinced that this is an error and that the devastating insights achieved when high are real insights; the main problem is putting these insights in a form acceptable to the quite different self that we are when we’re down the next day. Some of the hardest work I’ve ever done has been to put such insights down on tape or in writing. The problem is that ten even more interesting ideas or images have to be lost in the effort of recording one.”

Carl Sagan as Mr. X in “Marijuana Reconsidered”, 1971, pg 113-114

Three years after Sagan’s death, Dr. Grinspoon decided to posthumously reveal Mr. X’s identity. His choice honored the world-famous scientist’s often-expressed wish to help end marijuana prohibition.


The Sagan Paradox, Chapter 3: Skepticism and Egyptian Mysticism

UFO Smackdown: “Show Me the Proof,” Says Science Superstar

Carl Sagan, “The Demon-Haunted World” (1995), Ch. 11 (The Fine Art of Baloney Detection)

Rather than treating UFO research as a rigorous scientific inquiry into possibly extraterrestrial phenomena, Sagan rejected its validity on the grounds that it lacked the ‘extraordinary’ UFO evidence required by the scientific method and rested largely on unreliable eyewitness testimony, demonstrating his UFO skepticism.


Radio Roulette: SETI’s Slow-Motion Search for Martian Pen Pals

Instead, he argued, the most promising avenue for detecting alien life was the Search for Extraterrestrial Intelligence (SETI) via radio astronomy—a point he dramatized in his 1985 novel Contact. Of course, SETI has its own fundamental limitation: due to the speed at which radio signals travel, any interstellar message exchange could potentially experience lengthy delays, like years, decades, or centuries.

Interstellar two-way communication easily requires centuries, ruling it out for spontaneous chats. Despite this limitation, SETI’s search continues in hopes of finding concrete UFO evidence.

The shooting of “Contact” started in September 1996. Sagan himself was supposed to appear in a cameo, but he passed away 2 months after the shooting began. Sagan had been working on this project since 1979.


THE FIRST “PARADOX”: Reason meets mysticism

Ur-Uatchti, a winged sun disk, was once mandated to adorn every temple as protection against evil.

Throughout his career, Sagan loathed sloppy thinking. He famously derided Erich von Däniken’s ancient-astronaut theories—that extraterrestrials had a hand in erecting the pyramids—as nothing more than fanciful speculation, lacking credible UFO evidence.

And yet, in 1981, he purchased the Sphinx Head Tomb, the headquarters of Cornell University’s oldest secret honors society, designed in hauntingly authentic Egyptian style.

The symbol of the Sphinx Head Tomb Secret Society, Cornell University

What could possibly have enticed Carl Sagan—the very embodiment of rational, evidence-driven science—to take up residence in a building modeled on an Egyptian tomb? Granite walls etched with hieroglyphs, a false burial chamber—this was a home more temple than townhouse, a place charged with the power of millennia.

Those close to him sensed a shift. His daughter, Sasha, later recalled that almost immediately after moving in, her father’s health began to falter. The scientist who probed the furthest reaches of space found himself besieged by a far more intimate mystery: a sudden decline that culminated in his death on the winter solstice of 1996.

What compelled a scientist such as Carl Sagan to relocate into a structure reminiscent of an Egyptian tomb? Did the ancient mystique of the tomb hold a deeper sway over even the sharpest mind of his generation? The first paradox has been set in stone—yet its enigma endures.

The Sagan Paradox, Chapter 2: Extraordinary Claims and the Bermuda Triangle

“Extraordinary?” Sagan’s 1977 Standard Stuns UFO Dreamers

In 1977, when the film “Close Encounters of the Third Kind” was released, Washington Post readers first heard of the “Sagan Standard”: that “extraordinary claims require extraordinary evidence.

Carl Sagan uttered this aphorism in relation to the first film scene. In the scene, planes were found in the Sahara which years earlier disappeared in the Bermuda Triangle. The notion of extraordinary claims was central to Sagan’s skepticism about extraterrestrial causes.

“There is no evidence that lights in the sky or the disappearance of ships or planes are due to extraterrestrial interference (in the Bermuda Triangle)”, Sagan said.


Bermuda Triangle Bombshell: Planes, Submarines & Atomic Mystery

Bermuda Triangle, 1986:
Nine years later, in the shadowy depths of the North Atlantic, the Russian nuclear submarine K-219 vanished beneath the waves. It left a chilling mystery in its wake. As the vessel settled silently on the ocean floor—nearly 18,000 feet (5.5 kilometers) below the surface—a more disturbing discovery emerged. The submarine’s full arsenal of nuclear warheads had inexplicably disappeared, raising extraordinary claims about what might have occurred.

Any attempt to retrieve or remove the warheads should have been impossible at such an unfathomable depth. It was beyond the reach of all human technology in 1986. Yet, the weapons had vanished nonetheless, leaving behind only unanswered questions and a silence as deep as the ocean itself.

Official records claim that the catastrophic incident aboard K-219 took place hundreds of miles from the Hatteras Abyssal Plain. This spot was the very location where the lost submarine ultimately came to rest (Wikipedia).

Yet this contradiction is curious, to say the least, inviting extraordinary claims and speculations.


Deep-Sea Riddle: Vanished Russian Nukes Hide Under Triangle

Consult the Marine Gazetteer Map, and you’ll notice a small dot nestled between Miami and Bermuda. This is the location of the Hatteras Abyssal Plain. In other words, it is inside the notorious Bermuda Triangle.

Science moves forward through doubt, evidence, and the enduring patience to pursue both. But in a case like this, extraordinary claims about the vanished nukes cannot help but intrigue those. These claims make people wonder what secrets still lie hidden beneath those mysterious waters.

Location of the sunk Russian nuclear submarine K-219. Until now, no publication has linked it’s sinking and the disappearance of it’s nuclear arsenal to the presence of the Bermuda Triangle.

Cosmos Mania: Sagan Turns the Universe into Prime-Time TV

In 1980 the name Sagan finally became a household name when Carl presented his extraordinarily successful TV series “Cosmos.”

The series covered topics ranging from the origin of life to a perspective of our place in the universe.

The Sagan Standard, first phrased in the Washington Post article from December 1977, that “extraordinary claims require extraordinary evidence,” became the mantra of the series. Carl claimed that nearly every UFO sighting is based on optical illusions and misinterpretations.

Carl Sagan wrote regarding UFO claims:

“When confronted with a claim for which there is no compelling evidence, we should reserve judgment. I know of no evidence for visits to Earth by beings from other worlds.”

  • – Carl Sagan

The Sagan Paradox, Chapter 1: The Golden Record

Introduction and Carl Sagan’s Early Work

Artwork inspired by Linda Salzman Sagan’s design for the Pioneer plaque, commissioned by NASA: click here view the original design

Carl Sagan (1934–1996) was an American astronomer, astrobiologist, and author. After NASA was founded in 1958, Sagan became a consultant for the agency. His first job involved planning the explosion of an atomic bomb on the moon, the A119 project. Highly controversial, to say the least. In 1961, at the age of 27, he published a study on the atmosphere of Venus. In 1970 he researched the conditions that could lead to the emergence of life in the cosmos on distant planets. To achieve this, he exposed frequently occurring elements to the UV radiation of a young sun and observed how amino acids, the building blocks of life, were formed from them. Carl Sagan became a full professor at the astronomy department at Cornell University. Around this time, talk shows began inviting him as a popular guest to discuss the possibility of extraterrestrial life.


“Hello, Aliens!”: Voyager Probes Get Sagan’s First Broadcast

In 1972 and 1977, Carl Sagan sent the first messages to extraterrestrials into space on the panels of the space probes Pioneer 10 & 11 and the Golden Record of Voyager 1 & 2.

The gold-plated aluminum cover (L) of the Voyager golden record (R) both protects it from micrometeorite bombardment and also provides a key to playing it and deciphering Earth’s location. NASA

It contains greetings and wishes for peace from the people of Earth in 55 languages. Earthlings extend their friendship, wish happiness and health, and express hope to one day meet their cosmic neighbors. They also express the desire for goodwill and harmony among all beings in the universe.

The greetings are in alphabetical order, from Akkadian (an extinct language for over 2000 years) to Wu Chinese. The inclusion of Akkadian in this earthly record is pretty strange. One day, these transmissions might be intercepted as they pass through space by an alien culture.

Voyager’s ‘Cosmic Map’ Of Earth’s Location Is Hopelessly Wrong

With the help of the included pulsar map, these aliens could potentially find Earth. Pulsars are stars that rhythmically emit radiation, like interstellar lighthouses. We can use them as a cosmic GPS.


Pulsar GPS: Sagan’s Star-Beacon Timecode Reveals 1971 Earth

Over long periods of time, the frequency of a pulsar slows down. Thus the pulsar map designed by scientist Frank Drake and graphic artist Linda Salzman Sagan is not only a determination of the position of our Earth in space, but the map also precisely pinpoints the position of Earth in time: 1971.

What if a prospective alien civilization has or develops the ability to time travel? What would they do with the information provided by our space probes?

Speculation about the subject makes for the greatest sci-fi story ever told. This is particularly true when we consider the included Mesopotamian-language greeting and the Annunaki creation myths—some of which have been popularized by Zecharia Sitchin and others.

Of course, intercepting our space probes is extremely unlikely. It could take millions of years, if at all. But then again, the life expectancy of the Golden Records is 5 billion years.

Aliens recovering the Golden Record

WOW! Signal News for the Week of July 14th, 2025

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July Columns: Steve Bassett Talks World Disclosure Day;
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Gas Journalism; Kosta Says “Be Prepared”; Ron James Coins New
UAP Moniker; What Did Dan Harary’s Dad Really Know?
ALSO: UAP Photo of the Week From The Sky Over Skinwalker Ranch!

All This Plus Future Events And More!
https://www.thewowsignal.news/

The Mysterious Signal from Proxima Centauri: How Scientists Solved a Cosmic Whodunit

The Discovery That (almost) Fooled Astronomers

In April 2019, astronomers with the Breakthrough Listen project detected something extraordinary: a narrow radio signal at 982 MHz, seemingly emanating from Proxima Centauri, our solar system’s closest stellar neighbor. Dubbed BLC1 (Breakthrough Listen Candidate 1), the signal had all the hallmarks of a technosignature—a potential transmission from an extraterrestrial civilization.

For a brief moment, the world dared to wonder: Had we finally found evidence of alien technology?

But as scientists dug deeper, the truth proved far more mundane—and far more fascinating.

The Case for BLC1 as an Alien Signal

At first glance, BLC1 was the most compelling candidate in the history of the Search for Extraterrestrial Intelligence (SETI):

Precise frequency: The signal was laser-sharp, just a few Hertz wide—something natural astrophysical phenomena can’t produce.

Non-zero drift: Its frequency drifted at 0.03 Hz/s, consistent with a transmitter on a planet like Proxima b.

Localized: It appeared only when the telescope pointed at Proxima Centauri, vanishing during off-source scans.

“The signal appears to only show up in our data when we’re looking in the direction of Proxima Centauri, which is exciting,” Ms. Sheikh said.

The Plot Twist: A Cosmic False Alarm

The Breakthrough Listen team subjected BLC1 to relentless scrutiny—and cracks began to appear.

May 2nd 2019, a possible BLC1 redetection: radio dish is pointed at Proxima b

1. The Drift That Didn’t Fit

If BLC1 came from Proxima b, its frequency drift should have shown:

Cyclical variation (rising and falling as the planet rotated).
Orbital signatures (subtle shifts tied to its 11.2-day year).

Instead, the drift was strangely linear—more like a glitching human device than an alien beacon.

2. The RFI Doppelgängers

Then, researchers found dozens of similar signals at frequencies like 712 MHz and 1062 MHz—all mathematically linked to common radio interference (RFI). These “lookalikes” had the same drift behavior but were unmistakably human-made, appearing even when the telescope wasn’t pointed at Proxima.

BLC1 wasn’t a lone anomaly—it was part of a pattern.

3. The Cadence Coincidence

The final clue? BLC1’s timing matched the telescope’s observing schedule.

On-source (30 min): Signal detectable.
Off-source (5 min): Signal too faint to see.

This created an illusion of localization—like a flickering streetlight that only seems to work when you walk by.

The Verdict: A Cosmic Mirage

After a year of analysis, the team concluded: BLC1 was interference, likely from:

Intermodulation: A “ghost” signal created when two radio waves mixed in faulty electronics.

A malfunctioning device (possibly hundreds of miles from the observatory).

Lessons for the Hunt for Alien Life

BLC1’s rise and fall taught scientists three critical lessons:

Single telescopes are vulnerable to false alarms. Future searches need global networks to cross-check signals.

The search is worth it.

For now, Proxima Centauri’s secrets remain hidden. But the hunt continues.

BLC1 wasn’t aliens—but as SETI enters a new era (with projects like the Square Kilometer Array), we’re better prepared than ever to answer humanity’s oldest question: Are we alone?

Primary Research Papers

These two papers were published concurrently and should be read together for a complete understanding of the BLC1 signal, from its detection to its ultimate classification as interference.

  1. A radio technosignature search towards Proxima Centauri resulting in a signal of interest
    • Authors: Shane Smith, Danny C. Price, Sofia Z. Sheikh, et al.
    • Journal: Nature Astronomy
    • Link to paper: https://www.nature.com/articles/s41550-021-01479-w
    • arXiv (free preprint): https://arxiv.org/abs/2111.08007
    • Abstract: This paper describes the overall search for technosignatures from Proxima Centauri and the initial detection of the BLC1 signal. It details the characteristics that made BLC1 an intriguing candidate.
  2. Analysis of the Breakthrough Listen signal of interest blc1 with a technosignature verification framework
    • Authors: Sofia Z. Sheikh, Shane Smith, Danny C. Price, et al.
    • Journal: Nature Astronomy
    • Link to paper: https://www.nature.com/articles/s41550-021-01508-8
    • arXiv (free preprint): https://arxiv.org/abs/2111.06350
    • Abstract: This is the companion paper that provides a deep dive into the analysis of BLC1. It outlines the verification framework used and presents the evidence that led to the conclusion that BLC1 was a product of human-generated radio frequency interference.

Additional Resources from Breakthrough Listen

The Breakthrough Listen initiative has also made a wealth of information about BLC1 available to the public.

  • BLC1 – Breakthrough Listen’s First “Signal of Interest”: This is the main resource page from the Berkeley SETI Research Center, providing summaries, links to the papers, data, and other supplementary materials.
  • Breakthrough Initiatives Press Release: This press release gives a good overview of the findings in an accessible format.

WOW! Signal News for the Week of July 7th, 2025

https://www.thewowsignal.news

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All This Plus UAP Photo of the Week, Future Events, And More!

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What If We Were About to Make Contact? The Hypothetical Implications of Confirmed Extraterrestrial Intelligence

What could be the worst-case scenario upon announcing the discovery of extraterrestrial technological intelligence? This list is not inclusive.

Scenarios after Human-ETI Contact. This list is not inclusive of all possibilities.

Potential Consequences:

1. Mass Panic:

The crisis of order. Exploitation could surge, with doomsday cults gaining followers and charlatans claiming to be “ambassadors” for the aliens, preying on the fearful.

Economic collapse might occur, as markets could crash due to radical uncertainty following an extraterrestrial discovery. Misinformation would fill the information vacuum, leading to conspiracy theories and fear-mongering, potentially inciting violence and civil unrest.

However, studies of disasters (including the COVID-19 pandemic) suggest that true, sustained mass panic is less common than often assumed.


2. A Retraction: The Crisis of Credibility

What if subsequent investigations prove the discovery to be false, requiring a retraction? This could discredit the entire SETI field.

Such a scenario would be a catastrophic embarrassment. The field already struggles with what some call the “giggle factor,” and being discredited for a generation could severely damage public trust in scientists and science as a whole. Securing funding for future searches might become nearly impossible after a failed extraterrestrial discovery.


3. Humanity Dethroned: The Crisis of Meaning

What if the extraterrestrial discovery implies that humankind no longer occupies the pinnacle of evolution in the cosmos?

Religions centered on human exceptionalism could face a fundamental crisis. However, studies on this subject have shown that the impact may be negligible.

Our entire worldview, which places humanity at the center of meaning, could be invalidated. This could lead to profound, species-wide depression, a loss of purpose, and what philosophers term “cosmic despair.” Why strive, create, or even continue if we are but ants on an unremarkable anthill?

(I disagree.)


4. The Optimistic View (The Cosmic Perspective):

Would this discovery temper humankind’s worst instincts, such as warfare, and diminish the power of despotic rulers?

Carl Sagan and others have hoped that knowing we are not alone would foster a “cosmic perspective.” Realizing we are all citizens of a fragile, shared planet in a vast cosmos could make nationalism, racism, and warfare seem petty and childish. Such an extraterrestrial discovery could unite humanity and pose a threat to despotic rulers whose power relies on manufacturing “us vs. them” conflicts.

(I agree.)


5. The Pessimistic View:

A despotic ruler thrives on controlling information and manipulating fear. An alien intelligence could become the ultimate propaganda tool.

A dictator might claim that the aliens pose a demonic threat, justifying crackdowns and military expansion to “protect” the populace.

They could also claim that the aliens have endorsed their rule, creating a new “divine right” to govern after such an extraterrestrial discovery.

The discovery could trigger an unimaginably high-stakes Cold War, where nations fight not for territory or resources but for control of communication channels and any technological secrets the aliens might reveal.


(Well, that’s why we have HAM radio operators and satellite dishes.)