Just the facts: PDF: Doppler Blueshift Calculations for WOW! signal (1977): download here | Discussion on the paper: Academia.edu
Preamble
In 2022, I published The WOW! signal, Part 1: Not made by humans?. For the longest time (3 years), I wondered why I left the possibility open for “Part 2” instead of just writing “The End.”
It’s now become clear that Part 2 is essential because it includes an important detail that was missing before: EQUATIONS!
Anyone can write anything, but without mathematical equations, it’s just prose. So, here, now, for anyone to check, are the steps required to verify the movement of the Wow! signal towards Earth at 10.526 km/s in 1977.
This truly represents a significant paradigm shift. Previously, the Wow! signal was just the most plausible and only candidate for a radio transmission of non-human extraterrestrial origin in space. Now it is shown that this signal was moving and en route to Earth.
Whatever this means (We Are Not Alone?), it is remarkable that the Doppler calculations on this signal have never been published before. Did the authorities believe it would cause a panic? Let’s find out.
Introduction
The Wow! signal has been the strongest and only serious candidate for ETi radio communication for almost half a century. New calculations support that the Wow! signal may have originated from a moving source heading for Earth, adding to its significance in the search for extraterrestrial life.
The text describes the Wow! signal, a strong radio transmission detected by the Big Ear telescope on August 15, 1977, at a frequency of 1420.4556 MHz, which corresponds to a wavelength of 21.105373 cm. The signal’s expected frequency, based on hydrogen, is 1420405751.768 Hz, translating to a wavelength of 21.106114054160 cm. The Doppler shift calculations yield a speed of approximately 10,526 m/sec (37,893 km/h), suggesting that the signal originated from an object approaching Earth. Shown here are the steps to calculate the Doppler shift speed. For context, the average speed of asteroids is around 18–20 km/s, while comets that impact Earth typically travel at about 30 km/s. In comparison, the human-made Voyager spacecraft 1 and 2 are currently traveling at speeds of 15 to 17 km/s.
Image NASA: example of atmospheric entry, showing the Mars Exploration Rover aeroshell (MER).
For a better understanding, I added the illustration of the Mars Exploration Rover’s entry into the Mars atmosphere. NASA did choose this shape for it’s perfect aerodynamic properties. NASA and who else?
In conclusion, the Wow! signal appears to have originated from an unknown type of moving object that was en route to Earth at a speed of 10.5 km/s, as indicated by observations and these calculations.
Investigations of the Wow! signal to date have not explained the significant Doppler shift of the signal. The Doppler blueshift lessens the possibility of the signal having originated in a “hydrogen cloud.”
Doppler Shift Calculations for Wow! signal (1977), Page 1Doppler Shift Calculations for Wow! signal (1977), Page 2
PS: I would not have been able to verify my calculations if it hadn’t been for AI. No human mathematician or astrophysicist had responded to my request in 2022 for verification or telling me I was wrong. Shame on you all. There’ll be a new category for reviews of scientific papers: “AI”, alongside “Peers”.
At a quarter past ten in the evening on August 15, 1977 a once-in-a-lifetime event took place in Delaware:
a very strong signal arrived at the “Big Ear” radio telescope. It had all the characteristics of having come from an extraterrestrial intelligent source.
The OSU Big Ear radio observatory was aligned in North/South direction. The parabolic reflector is in the South.
No-one was at the telescope at the time. The receiver and telescope computer were doing their jobs all by themselves. Therefore, the signal was actually first detected by a machine, a twelve year old computer.
BITS OF INFORMATION The IBM 1130 had first been built in 1965. it looked and felt like an old battleship. It had only 1 megabyte of memory. For that reason the only record of the radio signal is a 6 digit printout on endless paper. There’s no audio recording of the signal. Today we would have a complete audio recording of it, measuring mega- if not gigabytes. But in those days, just six characters on paper had to suffice as a record.
After a few days the stack of computer printouts was bundled by Big Ear technician Gene Mikesell and brought to Jerry Ehman’s home.
THE ANALYSIS Jerry Ehman was a SETI volunteer with the Ohio State University. Together with Bob Dixon he had written the software for the Big Ear computer in FORTRAN and assembler.
Around the 19th of August Jerry began analyzing the printouts from the radio telescope at his home, looking for unusual radio signatures.
A few pages into the pile of paper he saw a peculiar sequence of numbers and characters.
He was astonished. After highlighting in red pen the six characters “6EQUJ5” Jerry wrote the notation “Wow!” in the left margin of the computer printout opposite them.
The Wow! signal printout
The characters and numbers denoted a very strong narrow-band transmission. Apparently it had come from outer space. Narrow-band transmissions usually don’t occur naturally and are a sign of artificial origin.
Conventionally speaking, all artificial things are made by humans. That’s because human language and the Cambridge Dictionary defines “artificial” as “made by humans”. That definition may have to be revised.
OPTIMUM CHANNEL The Wow! transmission had all the hallmarks of a radio signal from a non-human extraterrestrial civilization. In the 1959 article “Searching for Interstellar Communications” Giuseppe Cocconi and Philip Morrison explained that using the 21 cm hydrogen frequency was a logical choice for SETI.
And that was precisely the frequency of the Wow! signal. It had come from the direction in the sky were the constellation Sagittarius is found.
The Big Ear radio and computer shack.
If we transfer the number codes from the Wow! printout to plotting paper we can see the waxing and waning strength of the 1420 mHz radio beam that reached the radio telescope. Each of the letters and numbers corresponds to a certain signal intensity, as the next graph illustrates.
The signal may have been transmitting for centuries and was never detected because no one looked for it before. The signal source did not move in the sky. The only thing that moved over for 72 seconds was the Earth, rotating majestically from East to West as the radio receiver moved in and out of the signal beam.
And then the signal vanished. Gone. The signal would have been picked up again by the second horn antenna of Big Ear. But it was no longer there.
The rise and fall of the signal we see in the graph above was due to the antenna pattern, the signal itself remained at constant strength.
The graph below shows a similar signal pattern in “OV-221”, the radio source to the right of the Wow! signal. (OV-221 is also known as MSH 19–203 (Mills Slee Hill Radio Sources)).
In this broadband continuum record the Wow! signal does not show up because it is too narrow-band.
Today I’m waiting to hear if OV-221 corresponds to the center of the Milky Way galaxy , Sagittarius A*, but no-one seems to know the old radio source designations anymore.
After Jerry Ehman showed the computer printout of the Wow! signal to John Kraus and Bob Dixon, they immediately talked about it, speculating and making hypotheses. Quickly, John and Bob began to investigate the various possibilities.
Dr. John Kraus was a physicist and the designer of the Big Ear radio telescope. He actually invented several types of radio antennas.
Bob Dixon was the director of SETI at Ohio State University radio telescope.
Together they excluded the possibility of the signal having been a plane, planet, asteroid, comet, satellite, space craft, ground based transmitter, or any other known natural source.
Now, since the Wow! signal appeared to be unnatural and no known human cause for it could be found, it was suspected that it could have come from a technological alien civilisation.
It was decided to go back to the region in space were the signal had come to see if it could be found again. The scientific method calls for reproducibility of any experiment or result.
Weeks turned to months, and years into decades as astronomers from all over the world searched the region in space were the Wow! signal had been detected.
The Wow! signal was never found again.
Calculations on the space region of the Wow! signal
Image by The Planetary Society, license https://creativecommons.org/licenses/by-nc/3.0/
The Wow! signal was observed for 72 seconds. In this time a region of space equivalent to 18 arcminutes was scanned, according to the following calculations:
24h x 60 min = 1440 mins/day = 86400 sec 360° / 86400 = 0.0041° per second 72 seconds = 0.3°
An arcminute (denoted by the symbol ‘), is an angular measurement equal to 1/60 of a degree or 60 arcseconds. To convert a degree measurement to a minute of arc measurement, we multiply the angle by the conversion ratio.
The angle in minutes of arc is equal to the degrees multiplied by 60: 0.3 x 60 = 18 arcminutes.
As seen from the Earth, the Sun and Moon both have angular diameters of about 30 arcminutes. The full moon’s average apparent size is about 31 arcminutes (or 0.52°).
In other words, the Wow! signal spanned an area of about half the size of the Sun or the Moon, as seen from Earth in the sky. That is a rather large area in astronomy.
On the basis of this simple calculation I cannot readily agree that the Wow! signal came from a pointlike source. That may or may not be a problem. It can be resolved by agreeing that the resolution of the Big Ear radio telescope was not any better!
The frequency and speed of the Wow! signal source
It’s assumed that aliens that use the hydrogen frequency do so in a manner to compensate for the motion of their planet with respect to the motion of Earth. Otherwise the precise frequency of the hydrogen becomes higher or lower.
That’s why it’s important to look at the precise frequency of the signal.
John Kraus, the director of the observatory, gave a frequency value of 1420.3556 MHz in his 1994 summary written for Carl Sagan.
Jerry Ehman in 1998 gave a value of 1420.4556±0.005 MHz.
This is (50±5 kHz) above the hydrogen line value of 1420.4058 MHz.
Only one of those frequencies could be the correct one. The explanation of the difference between Ehman’s and Kraus’s values was that a new oscillator had been ordered for the frequency of 1450.4056 MHz.
The university’s purchasing department then made a typographical error in the order and wrote 1450.5056 MHz instead of 1450.4056 MHz. The software used in the experiment was then written to adjust for this error. When Ehman computed the frequency of the Wow! signal, he took this error into account.
After all errors are accounted for, the Doppler shift of 1420.4556 MHz indicates that the Wow! signal source moved at a speed of 37 893 km/h towards Earth. The following calculations show how I arrived at that speed:
Calculations on the Doppler shift of the Wow! signal
The Wow! signal was detected at 1420.4556 MHz. First we need to convert the frequency to the wavelength. The wavelength is given by the frequency and the speed of light, how far one wave crest travels in a given time span.
The frequency of the Wow! signal 1420.4556 MHz is equal to a wavelength of (Δλ) 21.105373 cm. That’s the distance between each wave crest.
The presumed origin signal of hydrogen has a precise frequency of 1420405751.768 Hz, equivalent to the wavelength of (λ) 21.106114054160 cm. Wikipedia: https://en.wikipedia.org/wiki/Hydrogen_line
Now we subtract 299 781 932.02409 m/sec [Doppler shifted Wow! signal speed from v = (Δλ/λ) * c] -299 792 458 m/sec [ speed of light (c)] ______________________
10 526 m/sec = 37 893 km/h or 10.526 km/sec.
Ref. 1: The source of the Wow! signal approached Earth at a speed of 37 893 km/h or 23 545 mph, if the transmission frequency was from hydrogen.
The average speed of asteroids is 18 – 20 km/s vs the 10.52 km/s from the Wow! signal. Comets that impact Earth usually are also faster, at 30 km/s.
May 31, 2016: If an object nears the speed of light its measured length decreases (relatively speaking).
When did it all begin? It’s very challenging to tell. Imagine living a relatively simple life where things happen one by one, without apparent connection or purpose, and then… suddenly, everything falls into place; you have an epiphany.
On a sunny August 25th, 2023, I sat as usual at the breakfast bar of Sunset House, overlooking Souda Bay on Crete. I’d seen an interesting headline on my laptop. It was from a dry scientific paper by Galinsky and Frank, that spoke about “possible synchronizing effects of evanescent waves in the brain.”
They called their theory “WETCOW,” for “weakly evanescent cortical waves.” Most people would not think twice about such a headline, at best chuckling at the image of a dripping wet cow. At least, that’s what I did.
But then I connected the dots. Evanescent waves, the topic of the WETCOW paper, meant superluminal brainwaves. And that would be a game-changer:
WHEN I MET EVANESCENT WAVES, THE FIRST TIME
I recall like yesterday the day in 1999 with renowned physicist Prof. Dr. Günter Nimtz, at his lab at Cologne University. It was Thursday, the ninth of September.
Nimtz is famous for his controversial experiments in faster-than-light communications. I heard about him from a magazine article.
I called Nimtz up and made an appointment for a demonstration. Nimtz agreed and repeated the experiment for me, and I recorded it on 35mm film.
The experiment consists of directing microwaves at a quantum tunnel, a prism in the experiment I saw; this creates information-carrying faster-than-light radiowaves. These waves arise from superluminal quantum effects.
And this demonstration has stayed with me ever since. It was the basis of my trying to find a solution to overcome the “no-communication theorem.” That is a theory that states that in the macroscopic world, quantum entanglement can’t ever be used for faster-than-light communication.
WHEN I MET EVANESCENT WAVES, THE SECOND TIME
After reading the WETCOW paper, it hit me: the presence of evanescent waves meant that there are superluminal brainwaves. Most neurologists, who specialize in brainwaves, likely overlook this connection because it falls outside their area of expertise.
And no physicist will jump up and shout, “I have discovered brainwaves faster than light!” because that’s outside their field of expertise, too.
Evanescent waves are the result of superluminal quantum effects, which I’ve been exploring for almost 25 years. after attending that demonstration in a different context: that of superluminal communications with advanced extraterrestrial civilizations.
SUPERLUMINAL WAVES IN THE BRAIN But it dawned on me now (or then), in August 2023, that instead of bridging interstellar distances with radio waves, which is beyond our current ability, these waves readily bridge microscopic distances between neurons in the brain, every day, in every sentient being, everywhere. And not just on Earth, if we presume that we are not the only intelligent species in the cosmos.
THINKING CAN BRIDGE DISTANCES Faster-than-light brainwaves not only explain the immense processing speed of the human brain. The quantum tunneling characteristic of these waves, which previously were described as mere “noise,” connects them to an almost magical zero- / one-dimensional space, that knows neither time nor distance, without separation between past, future, or places.
Whenever a particle or wave hits a barrier, evanescent waves are created by zero-time quantum tunneling. Is this the source of Albert Einstein’s “spooky action at a distance,” the interference from evanescent waves on entangled particles that instantaneously bridge millions of light-years?
The simplicity of the solution is staggering; it can be explained to small children, but the complexity and breadth of the consequences are not less for its simplicity.
TIME TRAVEL FROM YOUR ARMCHAIR? Is it possible to travel back in time and into the future, from your armchair, and change history just by thinking about it? As yet impossible in the macrocosm of daily existence, this can be done to a certain extent in the realm of the infinitely small, the quantum realm in your brain.
CONTACT WITH EXTRATERRESTRIAL LIFE? Also, if entanglement exists and brainwaves bring information from a unified dimension of cosmic consciousness via the quantum tunnel, can we make contact with extraterrestrial intelligence? Will the result of this inquiry be like in Carl Sagan’s novel “Contact,” where no tangible evidence could be produced for the sceptics after Eleanor Arroway’s trip?
In 1994, Professor Dr. Günter Nimtz and his colleague, Horst Aichmann, conducted groundbreaking experiments at Hewlett-Packard that involved transmitting information faster than light. They successfully transported a signal over a very short distance at a speed 4.7 times that of light, thanks to a phenomenon called quantum tunneling. This remarkable result has ignited heated discussions among scientists, yet it remains reproducible.
FASTER-THAN-LIGHT?
As improbable as it sounds, I was present in 1999 when Professor Dr. Nimtz transmitted an AM-modulated microwave signal of Mozart’s 40th symphony through a Bose double prism at 4.7 times the speed of light.
Nimtz’s quantum tunneling experiment, 1999
As the webmaster of a Sci-Fi-themed news website called the “Museum of the Future,” I was constantly on the lookout for intriguing topics. One day, I stumbled upon an article about Dr. Nimtz and the enigmatic processes of superluminal quantum tunneling. Intrigued, I reached out to him, and he graciously agreed to demonstrate his experiment.
“Having met Prof. Dr. Nimtz for the first time I was shown his new tunneling experiment. As a lay person I’m not able to launch immediately into an in-depth scientific interpretation of his experiment but I will dutifully try to comprehend what I saw today, and try and share my insights and questions and make the data available as they become known.”
“I present here for the first time world-exclusive pictures of Prof. Nimtz’s new experiment setup.”
In this experiment, the quantum-tunneled signal was measured against a signal traveling through ordinary laboratory space. To demonstrate this, Dr. Nimtz employed an oscilloscope and a detector diode to accurately gauge the tunneling time.
Mozart at 4.7 Times the Speed of Light
In anticipation of potential questions in the future, I prepared a short video six years ago that includes the last surviving recording of the superluminal Mozart transmission.
Technical Questions
In August 2023, I corresponded with Horst Aichmann, the engineer behind the quantum tunneling experiment and a co-author with Professor Nimtz on various related papers. I inquired about the modulation and detection of the signal timing. He provided the following information:
“During our timing measurements, I created a pulse modulator equipped with specialized filtering, enabling a repetition rate of 13 MHz and a rise time of approximately 500 picoseconds. The AM signal provides an easily detectable and measurable trace, thanks to a fast detector diode coupled with a sufficiently rapid oscilloscope.”
If we indeed accept the existence of superluminal effects originating from quantum tunneling, we can conclude that this phenomenon allows a particle to enter a strictly localized tachyonic state, for a very short period of time.
Superluminal tunneling has been successfully performed hundreds of times in laboratories worldwide, demonstrating its applicability in everyday technology. For instance, the fingerprint reader on your smartphone utilizes quantum tunneling. You may not think about it, but it simply works!
When quantum tunneling occurs with a red laser pointer (operating at a frequency of several hundred terahertz), the evanescent tachyonic field only extends a few picometers because of the high frequency.
During Nimtz’s experiments, he utilized a frequency of 8.7 GHz, which coincidentally matched the wavelength of Helium-3 emissions. This particular frequency enabled his evanescent field to be detectable over several centimeters between prisms. (It just happened that the microwave emitter available in the university lab operated at this frequency.)
Interestingly, it appears that the lower the frequency used, the more extensive the evanescent field extends from the barrier.
Recently, this groundbreaking experiment was replicated by Peter Elsen and Simon Tebeck, who presented their findings at “Jugend forscht,” Germany’s prestigious student physics competition, in 2019. Their work earned them first prize from Rheinland-Pfalz as well as the Heraeus Prize for Germany.
Left: Former chancellor of Germany, Angela Merkel, right: “Jugend Forscht” winner Peter Elsen (17)
What is a brane? (Topology and String Theory in a nutshell)
The rule that nothing can move faster than light has a little-known exception: evanescent waves. Various explanations have been tried to account for this phenomenon.
My explanation is simple: a photon is the smallest possible unit of topology, geometry, dimension, information, energy, or anything. Topologically, a photon is a zero-dimensional point in space; it is a quantum of zero (0) dimension.
In the mesmerizing ballet of quantum tunneling, this photon, this pure potential, traverses a barrier. In doing so, it transforms; as a point transitions from one locality to another, it becomes a line—a string. It is this very string, that delicate filament, which finds its place in the grand narrative of string theory. Suddenly, we have transcended from the ethereal realm of the zero-dimensional to the tangible reality of a one-dimensional object.
In the lexicon of theoretical physics, we might also refer to this one-dimensional string as a “brane,” existing within a confined, one-dimensional space devoid of the tapestry of time.
What is a brane?
In the realms of string and quantum theory, a 1-brane are one-dimensional “objects or waves” that traverse space-time—not through classical laws, but governed by the principles of quantum physics. When we consider one-dimensional space, we omit the fourth dimension, which is time.
In this context, photons or strings can move superluminally. This isn’t merely an abstract mathematical idea; it reflects our reality.
Evanescent waves result from photons re-entering the four-dimensional non-quantum realm, allowing us to witness the faster-than-light movement of a photon traversing a barrier.
It’s space, Jim, but not as we know it
Albert Einstein explained his theory of special relativity using geometry by the mathematician Hermann Minkowski, who unified space and time into a four-dimensional spacetime continuum.
For his theory of general relativity, Einstein employed Riemannian geometry—a branch that includes the concept of curved space—to describe how mass and energy distort spacetime.
This “topology,” the curved space model, has held an endless fascination for us since early times.
A human meditating on the Riemann Sphere
A sphere exists in 3 and 4 dimensions. In zero- and one-dimensional realms, the sphere (and time) do not exist, because these dimensions lack the necessary structure to define a “surface” or “volume,” let alone “time.”
Is it “time” to move beyond the Riemann sphere in our understanding of the cosmos?
The immense processing speed of the human brain can in part or wholly be explained by superluminal signal transmission.
WETCOW
Introduction
Have you ever wondered about the astonishing processing speed of the human brain? One intriguing possibility is that this incredible capability can be partly attributed to superluminal signal transmission.
Enter the WETCOW (Weakly-Evanescent Cortical Wave) model, a groundbreaking concept explored by Vitaly L. Galinsky and Lawrence R. Frank in their March 2023 article published in Nature. They assert that “the effectiveness, robustness, and flexibility of memory and learning constitute the very essence of human natural intelligence, cognition, and consciousness.”
Yet, current perspectives on these profound topics often lack a solid physical theory that explains how the brain communicates internally via its electrical signals. This poses a significant gap in our understanding of human cognition.
In their research, Galinsky and Frank highlight that evanescent waves in the brain—previously dismissed as mere “noise”—are actually vital for human learning and memory. Here’s the kicker: these evanescent waves may travel faster than light. It’s a tantalizing conjecture: evanescent wave → faster than light. This assertion raises essential questions about the nature of consciousness: What is it? Where does it originate? How does it connect to our physical bodies?
Is This True?
In the early 2000s, the scientific community was buzzing with speculation. Some quantum physicists were undecided or opposed to the notion that QUANTUM TUNNELED EVANESCENT WAVES move faster than light.
Their reluctance stems from the apparent violation of Einstein’s theory of relativity: nothing can move faster than light.
However, that is not quite true. The law states that nothing with MASS can move faster than light in a vacuum.
“It’s also said that quantum tunneling can allow particles to pass through barriers at speeds greater than light. But this doesn’t violate special relativity because no information can be transmitted. This phenomenon is a consequence of wave-like behavior in quantum mechanics and doesn’t involve moving information or matter faster than light.“
Hold it right there. Just because that sentence is repeated often doesn’t make it true.
So, what’s going on here?
To understand the claims, we need to look at the SCIENTIFIC METHOD.
In science, the process starts with a hypothesis. You make an educated guess about how something works. Next, you design a practical experiment to test that hypothesis.
The validity of the hypothesis rests on the experiment’s outcome. If the results support the hypothesis, it gains credibility. But there’s more. The experiment must be repeatable. Other scientists should achieve the same results under the same conditions. This repeatability solidifies the hypothesis’s place in the scientific community.
Through this method, science builds knowledge—one hypothesis at a time.
Consider this practical example: music is a type of information. Dr. Nimtz claims he transmitted music through a quantum tunnel at faster-than-light speed. In this practical experiment, which has been repeated many times, you can hear Mozart accelerated to 4.7 times the speed of light.
This Is Classical Music Transmitted In A Non-Classical Way
So, what’s really going on here?
Some elements of human consciousness are moving at speeds that defy our conventional understanding of physics. Superluminal waves come with peculiar properties, one of which could send shivers down the spines of classical physicists: cause-and-effect reversals. Imagine a scenario where the brain makes decisions before you’re even aware of them! (And that is precisely the case: The brain makes decisions before you even know it.)
It’s worth noting, though, that these superluminal signals are only fractions of a second ahead of conventional signals traveling at the speed of light. They do not exceed the group velocity of the wave, which is the reason they don’t break the theory of relativity. What this will become clearer, later. It is of interest mostly to theoretical physicists.
Cascades?
The real secret to superluminal evanescent waves is not that the evanescent wave itself is faster-than-light. It’s when a normal wave hits a barrier, a so-called quantum tunnel, that the wave re-emerges on the other side of the tunnel faster than classically possible, faster than the speed of light.
When a wave goes through a quantum tunnel with one barrier, it becomes 4.7 times faster than light. What happens if you build more than one barrier, one after the other, and send the signal through?
Quantum tunnel
Could there be a cascading effect, leading to even faster speeds? Professor Gunter Nimtz from the University of Cologne successfully demonstrated exactly that, accelerating an evanescent wave through a series of barriers, achieving speeds 36 times faster than light.
So, what about cascades within our brains? What could this mean for our cognition and consciousness? That’s a puzzle for you to contemplate.
So far, the faster-than-light aspect of evanescent waves has few practical applications in the macrocosm, but it’s useful in semiconductors and electronics. Each time you use a fingerprint sensor, for instance, on your phone, evanescent waves make it possible to recognize your identity.
Sadly, faster-than-light long-distance radio transmitters are out of the question, because the waves travel only very short distances and then lose all power.
The illustration below shows astonishingly similar structures in both the brain and the cosmos at large:
Left picture: Brain astrocytes | Right picture: the Cosmos
Left, we see an astrocyte measuring 0.05 mm, and on the right, a very similar structure in the Galactic network, measuring 400 million light-years across. That’s a size difference of 27 orders of magnitude.
In the brain, scientists know why astrocytes exist. They were discovered in 1891, and the name means “star-like” cells. The structure of these brain cells can be explained; they are formed by chemistry. Each component of the astrocyte structure is constructed according to a DNA blueprint. Each astrocyte provides electrical pathways for up to 2 million neurons in the brain. We don’t really know how many of these astrocytes exist in the brain, despite 150 years of counting. Current estimates speak of one trillion astrocytes, each connecting to 2 million neurons, so that’s a lot of cells.
Right, we see a structure in the universe that has been referred to as a galactic network. This image challenges the Copernican principle, which suggests that the universe should be uniform in shape no matter which direction you look. In the brain, we can easily explain how one building block of a cell connects to another because the distances are small. However, in the universe, it would take thousands, millions, or even hundreds of millions of years for a structure to reach the complexity of an astrocyte. Gases and stars don’t have the opportunity to organize into this intricate network because, according to our current understanding, the fastest speed in the universe is the speed of light. And you need faster-than-light communication to organize a network like that.
But how does that work?
Fundamental Topology
Interestingly, researchers studying quantum tunneling have speculated that evanescent waves could point to dimensions where time doesn’t exist or spaces that lack volume altogether.
The phenomenon of quantum tunneling results in these evanescent waves, and in the realm of physics, the probabilistic wave function is represented by ψ (Psi). According to the Born rule, the probability of quantum tunneling can be expressed as:
Ultimately, the realization of the existence of faster-than-light brainwaves emerged within my own mind, which feels fitting, considering it revolves around the workings of brainwaves.
— Erich Habich-Traut
In the next part, we delve deeper into the realm where time and space bend, where particles can travel faster than light. This phenomenon, referred to as superluminality, not only exists in science fiction but also permeates the very fabric of reality.
Reference points: Here’s a selection of articles and research materials that introduce the concepts discussed here. Except for point I, references II, III, IV, and V link to broad search engine queries related to the subject matter, ensuring you have access to the most comprehensive information possible.
Imagine a realm where time and space bend, where particles can travel faster than light. This phenomenon, known as superluminality, is not just a science fiction dream; it touches on the very fabric of reality. Let us explore the astonishing findings of scientists like Thomas Hartman, who illuminated our understanding of quantum tunneling back in 1962.
The Hartman Effect
Quantum tunneling times were first measured by Thomas Elton Hartman in 1962, when he worked for Texas Instruments in Dallas. In “Tunneling of a wave packet,” he described that the time it takes for particles, such as photons, to tunnel through a barrier does not depend on the length of that barrier.
Image: T.E. Hartman (1931 to 2009), Sketch after photo, (c) 2025
When we delve deeper into this strange world of quantum mechanics, it appears that, inside certain barriers, particles can seem to defy our classical understanding of speed—almost as if they are slipping through a cosmic loophole.
As technology has advanced, we’ve been able to measure the tiniest increments of time, leading us to discover that the process of quantum tunneling may allow particles to traverse barriers faster than the speed of light itself.
Recent Revelations with the Larmor Clock
In a recent exploration reported by Quanta Magazine (Quantum Tunnels Show How Particles Can Break the Speed of Light), physicist Dr. Aephraim Steinberg from the University of Toronto made fascinating observations using an ingenious tool called the Larmor clock.
This clock, named after the Irish physicistJoseph Larmor, tracks the spin of particles in magnetic fields. Steinberg found that rubidium atoms take an astonishingly short time—only 0.61 milliseconds—to pass through barriers, significantly faster than they would in empty space. This is consistent with the Larmor clock periods that were theorized in the 1980s!
“In the six decades since Hartman’s paper, no matter how carefully physicists have redefined tunneling time or how precisely they’ve measured it in the lab, they’ve found that quantum tunneling invariably exhibits the Hartmann effect. Tunneling seems to be incurably, robustly superluminal.” Natalie Wolchover
“The calculations show that if you built the barrier very thick, the speedup would allow atoms to tunnel from one side to the other more quickly than light.” Dr. Aephraim Steinberg
These findings raise captivating questions: What happens inside the barrier?
The Nature of the Barrier
When asked about what occurs within this barrier, Horst Aichmann, a colleague of Dr. Nimtz, engaged in a thought-provoking discussion. He noted that, intriguingly, the wave emerging at the end of the tunnel remains in phase with the wave before it entered. What does this mean? It suggests that, somehow, the nature of time might change, or even disappear, in this kind of tunneling scenario.
10. August 2023, 3:03 pm “In our tunneling experiments, the wave exits instantaneously with the same phase at the output of the tunnel and propagates as ‘normal RF’ with a very high loss. Inside the tunnel the question is, What can happen in zero time? Regards, Horst Aichmann”
“Hohlleiter” quantum tunnelling device
“Thank you for your answer. So, taking into account the wavelength and frequency of the signal, you are saying that the apparent superluminal behavior is only manifested inside the tunnel? And the tunnel is the air gap between the prisms? Regards, Eric”
Aug 10, 2023, 4:16 pm “This is correct… the point is, when you look at the phase before and after the tunnel, you see the same phase… We used different pieces between 3 and 15 cm, and they all showed the same result—NO phase change.
Our interpretation is : phase-change = 0 means time = 0
So we have a space with no time, and even more, if this is correct, this space doesn’t have a volume, right??? Horst Aichmann”
I thought about this question for a while and approached the problem from a topological perspective:
“One of my insights appears to be that a tunneling photon particle exits 4-dimensional space as a zero-dimensional point, tunnels as a one-dimensional string (tunnel), to re-emerge as a field/wave into 4D space.”
Erich Habich-Traut
Imagine a world where time and distance lose their meaning, a sort of cosmic fabric where particles flit in and out without the usual constraints of our three-dimensional experience.
This space is a kind of UNIFIER, where neither distance nor time exist. Particles/waves pass in and out of this dimension throughout the whole universe, continuously.
The QUANTUM REALM
This drift into the unknown brings us to the idea of the quantum realm—a space that defies our ordinary perceptions. Here, particles move freely and continuously, creating waves that may carry hidden information from a realm beyond our comprehension. Think of it as a bridge between dimensions, where everything is interconnected in a timeless tapestry.
Some quanta (particles/waves) traverse this one-dimensional space region continuously, simply by hitting a barrier, generating an evanescent wave. I posit that tunneled quanta carry information from this superluminal traversal.
They have been to a strange place, from our perspective, the quantum realm. They have been to a one-dimensional space without time. Where everything is everywhere and everywhen at once.
Quantum mechanical effects in the quantum realm of the fictional Marvel universe are said to become significant at scales of less than 100 nanometers. In reality, it depends on the size of the system.
So, there is a very significant quantum mechanical effect without which life on Earth would not be possible.
The filaments of a human neuron have a diameter of approx. 10 nanometers, that is, 500 to 1000 times smaller. And there are quantum effects at play as well.
The Hard Problem of Consciousness
Now, we come to a deeply philosophical question: What about consciousness? Where does it originate, and where does it go? This mystery, often regarded as the “Hard Problem,” seeks to unravel the connection between our thoughts and the biological machinery of our brains.
Could it be that consciousness arises from our brain’s ability to connect through waves that traverse a bizarre one-dimensional realm? If so, this suggests that even the simplest forms of life could be imbued with consciousness—almost like tiny sparks of awareness fluttering in the dark. Consciousness. Where does it come from, and where does it go?
Cuneiform: the first human writing looked like the pyramidal neurons that invented writing.
“I posit that human consciousness arises because of its connection via neurons and other brain structures to a one-dimensional time- and space-less realm via evanescent waves. From this quantum realm, information is transported into our world.”
Erich Habich-Traut
If this hypothesis is correct, then any entity generating (electromagnetic) waves or energy could be able to attain or access consciousness. Even midichloria amoeba, the ancestors of mitochondria that produce ATP in the human cell, can attain consciousness. CPU’s and GPU’s also are subject to this phenomenon, to a degree.
The Quest for Superluminal Communication
Imagine a universe where some particles can slip through barriers as if they weren’t there at all—not constrained by space or time, but instead playing a game of hide-and-seek with reality. This idea, once the realm of science fiction, is rooted in a peculiar feature of quantum mechanics known as superluminal tunneling.
Herbig-Haro 46/47: Galactic question mark.
Dr. Aephraim Steinberg suggests that while a single particle tunneling through a barrier can perform this astonishing feat, it doesn’t carry information across open space in the traditional sense. Much like a whisper that gets lost before it reaches someone’s ear, a single tunneling particle cannot communicate “through the air.”
And this raises fascinating questions: What if we could harness the quantum tunneling phenomenon for communication? Think about our dreams of sending instant messages to a Mars mission or receiving signals from distant stars. Such superluminal signals could revolutionize how we explore the cosmos.
For years, I pondered this intriguing possibility. I considered the cosmic microwave background—a faint whisper of radiation from the Big Bang itself. This background noise, emanating from every corner of the universe, resembles a symphony of frequencies, stretching from 300 MHz in our familiar TV bands to a staggering 630 GHz. Yet, despite the universe’s vastness, we find that these free-range superluminal waves simply do not manifest.
MICROCOSM
This leads us to another realm—the microcosm of the brain! Recently, I stumbled upon research that revealed something remarkable: evanescent waves exist within the intricate landscape of our brains, says the WETCOW research paper. These fleeting waves thrive in places where electromagnetic energy flows—like living cells, plants, and even the very processors that power our computers. They thrive in the cosmos as a whole and in particular.
Do these faster-than-light waves violate the fundamental principles of general relativity? Professor Steinberg assures us, “Not at all.” True superluminal signalling would require that these waves exceed their own wavelength, a feat that, given our current understanding, is beyond reach. Instead, these evanescent waves remain within the standard limits of light speed, rendering them undetectable after a brief flash—much like a firefly in the dark that illuminates, only to dim swiftly and become undetectable.
So, under ordinary circumstances, the superluminal evanescent wave is within the normal speed wave as shown in this illustration (d):
The tunneled signal versus time of a normal airborne photon moving from right to left, d arrives before the main wave ←
The tunneled signal doesn’t have time to overtake the wave, because evanescent waves are, well, evanescent. They vanish; vanishing is the meaning of the word “evanescent.” For this reason they don’t violate causality or general relativity.
Yet, before they vanish, something thrilling happens: these evanescent waves can travel at astonishing speeds. As we discovered earlier, they are faster-than-light. Within the maze of the brain, where one cubic millimeter of cerebral cortex contains, on average, 126,823 neurons, there lies the potential for extraordinarily fast signal processing. These tiny structures interact in ways that might facilitate a form of communication that transcends boundaries.
And this is the really exciting thing: superluminal information transmission inside the brain is possible. Because there are a vast number of structures in brains that can process these signals within the dimensions of the wavelength.
Evanescent fields, as these waves are also called, match the dimensions of typical biomolecular components such as DNA, peptides, proteins, and neurons.
“The immense processing speed of the human brain can in part or wholly be explained by superluminal signal transmission.”
Erich Habich-Traut
EVANESCENT WAVE DECAY: A Journey into the Invisible
In the grand exploration of the cosmos, we encounter a variety of phenomena, many of which elude our senses and challenge our understanding. One such elusive entity is the evanescent wave or field.
But why do these delicate waves dissipate so quickly? Could it be that as they travel, they encounter an unseen resistance, much like a boat moving through water? When we push any object through a stationary medium, we are faced with a palpable force that resists our efforts—the inertia of the medium itself. For instance, if you were to drop a drop of ink into a still glass of water, you would witness the ink spread out in a beautiful, swirling dance. This occurs not because the ink wishes to disperse, but because it encounters the very resistance of the water.
Is the dispersal of the evanescent wave caused by the very inertia or viscosity of four-dimensional space that the evanescent wave meets after departing the quantum tunnel?
Wait a few moments and think about it. How could you prove this analogy?
In our exploration of physics, we often encounter different types of waves. Traditional radiowaves, for instance, decay in strength according to the square of the distance traveled from their source. This means that as we move twice as far away, the signal grows weaker by a factor of four. In stark contrast, evanescent waves exhibit a more dramatic decline. They vanish exponentially, their presence fading far more rapidly than their traditional counterparts, like candles snuffed out by an unexpected gust of wind.
You could try to find a waveform that decays in the same manner.
A bit of research reveals that ocean waves decay exponentially:
In fact, evanescent waves decay in a manner strikingly similar to ocean waves. And isn’t this a beautiful analogy?
How do we leap from one idea to another? How do we embrace concepts before we have the rigorous proof to back them? The answer often lies in thought experiments—powerful mental journeys that spark our curiosity and lead us to hypotheses.
A hypothesis is an educated assumption, a stepping stone laid down on the path toward discovery. But each hypothesis must withstand the rigor of experimental testing, where it can be examined and repeated by others who venture down the same road.
In our pursuit of understanding, let us engage in a bit of whimsy. Instead of merely imagining a boat sailing through water, picture instead a large beast—a cow.
Yes, a “WET COW!” As amusing as this image may be, it illustrates a critical point about weakly evanescent cortical waves.
While the original authors of the WETCOW model did not explicitly reference the concept of superluminality in relation to evanescent waves, our exploration of these ideas reveals intriguing connections, challenging the boundaries between established science and novel discoveries.
CONSEQUENCES: The Cosmic Implications of Our Findings
The faster-than-light origin of evanescent brainwaves is not required to make the Galinsky/Frank WETCOW model work.
Rather, their nature serves as a lens through which we can glimpse the remarkable speed at which our brains process information and engage with the fabric of consciousness itself.
In the realm of quantum physics, we encounter the symbol Ψ (Psi), representing the probabilistic wave function—a mysterious mathematical entity that conveys the uncertainties of existence. Yet, in parapsychology, this same symbol symbolizes the unknown factor behind supernatural experiences that science has yet to explain.
Amidst this landscape, we confront extraordinary phenomena such as precognition—the tantalizing ability to glimpse the future. In a world ruled by cause and effect, how do we reconcile these seemingly paradoxical episodes? The presence of evanescent waves offers a tantalizing possibility: what if, within their strange nature, reversals of cause and effect are not just fanciful musings but rather probabilities we must reconsider?
“As we explore the mysteries of faster-than-light phenomena, we may encounter even more extraordinary discoveries. For instance, quantum entanglement—a proven physical phenomenon—and its speculative psychological analog, telepathy, could both arise from the unified topological structure of a zero-brane, as described in certain models of theoretical physics.”
Erich Habich-Traut
The cosmos brims with tantalizing enigmas waiting for us to uncover, and it beckons us to explore worlds where the boundaries of time and space may expand beyond our wildest imaginings.
So let us remain curious, my friends, as we venture forth together into the vastness, unearthing the secrets of the universe and nurturing the spark of discovery that lies within us all.
In 1974, the strongest intentional radio signal ever was sent into space by humans. It’s strength was an impressive 20 trillion watts. This is enough electricity to power 1.4 million homes for a year (Ref. 1). The Arecibo signal’s objective was to contact ET.
However, 12 years earlier, a considerably stronger radio signal was sent from Earth. The nuclear Russian Tsar Bomba burst in 1962 delivered 5.3 yotta watts of energy. (That bomb was not intended to contact ET, but rather to intimidate the United States).
We know that five percent of a nuclear explosion’s energy is discharged as radio waves – the Tsar Bomba therefore fired 13.25 billion times more energy than the Arecibo broadcast.
Atmospheric Effects In a nuclear explosion at a height of approximately 3,962.4 meters, like the Tsar Bomba, a significant portion of electromagnetic radiation, including gamma rays, X-rays, and ultraviolet rays, would be released into space. The exact percentage can vary, but it is estimated that about 70-80% of the electromagnetic radiation would escape into space, as the atmosphere at this altitude is thin enough to allow much of the radiation to pass through.
Taking an average of 75% as a guide, the Tsar Bomba radio blast was approximately 10 billion times stronger than the Arecibo message. A difference of 10 orders of magnitude.
But ARECIBO send a targeted message towards Hercules Now let’s take into account that the Arecibo dish sent out a concentrated radio signal, not just showering the sky at random with radio waves like a nuclear explosion does. The radio power from Arecibo was directed towards the region of Hercules.
The Hercules cluster is quite expansive and covers about 3% of the visible sky and this is the same as the total sky. If we adjust the power output from the Tsar Bomba to 3% we get the following result:
10 billion x 0.03 = 300 million So, all in all, the Tsar Bomba emitted 300 million times more radio power towards Hercules than Arecibo. Now, let’s consider for one second that the Earth nuclear explosion sprayed the entire sky with a radio signal 300 million times more powerful than Arecibo… everywhere!
Any ET with a radio is much more likely to hear Earth’s nuclear detonations, before the Arecibo SETI signal—12 years before, to be exact. But the Arecibo message was actually never meant to provide a realistic chance of contacting ETi, right? It was just a technology demonstration: (Ref.: Wikipedia: Arecibo message.)
What do nuclear explosions tell ET about Earth?
Nuclear explosions are fairly drastic events. The radio signatures of nuclear explosions are distinct. They speak of intelligence and stupidity at the same time.
Worldwide, more than 2,000 nuclear bombs have detonated since 1945. This madness ended in 1962, with the biggest explosion of them all, the Tsar Bomba.
TRIANGLE
Nuclear Trinity Test site, alleged Roswell UAP crash site, Air Base of nuclear bomber Enola Gay Google maps
I am intrigued by the close proximity of these three sites to each other: The first nuclear explosion at the Trinity test site occurred in 1945 approximately 62 miles from the reported 1947 Roswell UFO crash site in New Mexico.
Roswell was the home of the Walker Air Force base for the Enola Gay bomber, which delivered the first nuclear payload used in war to Hiroshima in 1945. The base was close to the alleged Roswell UFO crash site.
The Roswell UFO crash is not something I “believe” in on a regular basis.
Time moves backward
Let’s suppose there exist advanced extraterrestrials that have discovered a way to travel faster than light. Most physicists agree that this is impossible. Because according to Einstein’s theory of relativity, travelling faster than light means that time moves backward.
What if, at this very moment, extraterrestrials residing on a star 62 light-years away from Earth received the Tsar bomb’s electromagnetic pulse (EMP) and chose to determine its source?
They construct an FTL ship and direct it toward the area where Earth was 62 years ago in space.
They arrive in 1962 and learn about Earth’s history, and decide to go back even further in time, to 1945, to prevent the nuclear holocaust in Japan.
The Trinity test site, the site of the first nuclear explosion on Earth, and Walker Air Force Base, the airfield from where the Enola Gay bomber aircraft launched its first run, were both selected as their target locations.
But their mission failed, and they crash-landed in 1947, too late to change history. Temporal space calculations are inherently tricky, it seems. And maybe the past can’t be changed to make a substantial difference.
I’m not saying that we should set off nuclear bombs to attract the attention of ET. Earth has already done that.
Do you think ET sees these explosions as a threat? Or that they interpreted these as humanities appeals for help, like shipwrecked sailors setting off flares in the night?
I think the latter is the case.
WHO IS THERE? Today, in 2025, 63 years have passed since the detonation of the Tsar Bomba. The EMP signal has travelled outward from Earth at the speed of light since then. Since then, it has reached and passed by over 1500 stars. In a 63 light-year radius, we find hundreds of systems that have Earthlike planets. Within 32.6 light-years alone, there are 104 exoplanets listed, as confirmed by the NASA Exoplanet Archive.
Stories from the UN Archive: UN-identified flying objects in space
The year 1977 was a remarkable time for those fascinated by the possibility of extraterrestrial life. A series of events, both earthbound and celestial, captivated the imagination of people around the world and sparked a renewed interest in the search for life beyond our planet.
It began on August 15, 1977, when a strong, narrowband radio signal was detected by a radio telescope at Ohio State University. Dubbed the “Wow!” signal, it remains one of the most intriguing examples of an unexplained signal in the Search for Extraterrestrial Intelligence (SETI).
Just a few weeks later, on September 5, 1977, NASA launched the Voyager 1 space probe, carrying a Golden Record containing sounds and images of Earth, intended as a message to any intelligent life form that might encounter it.
As the year progressed, the United Nations Assembly debated the existence of UFOs, with a proposal to study the phenomenon presented on October 7, 1977, as reported by The New York Times. This marked a significant moment in the history of UFO research, as it brought the topic into the mainstream and sparked a global conversation about the possibility of extraterrestrial life.
The release of Steven Spielberg’s movie “Close Encounters of the Third Kind” on November 16-23, 1977, further fueled the public’s fascination with UFOs and alien life. The film’s depiction of a peaceful encounter between humans and extraterrestrials resonated with audiences and helped to shape the cultural narrative around the topic.
But perhaps the most bizarre and unexplained event of the year occurred on November 26, 1977, when a strange broadcast interrupted a news program on ITN, a British television network. At 5:10 p.m. GMT, a deep buzzing sound replaced the audio, followed by a distorted voice claiming to be Vrillon, a representative of the Ashtar Galactic Command. The voice delivered a message of peace and wisdom, stating,
“For many years, you have seen us as lights in the skies. We speak to you now in peace and wisdom, as we have done to your brothers and sisters all over this, your planet Earth.”
While the authenticity of this broadcast remains a topic of debate, it has become a fascinating footnote in the history of UFO research and a reminder of the enduring allure of the unknown.
Whether or not 1977 was truly a year of contact, it was undoubtedly a year that sparked a renewed interest in the search for extraterrestrial life and continues to inspire scientific inquiry and popular fascination to this day.
The Grandfather Paradox / How Does Time Travel Work? / How to Travel Into the Future / 1. **The Waiting Game** / 2. **Time Dilation** / 3. **Suspended Animation** / 4. **Traveling as a Time Tourist** / 5. **Changing History Through Time Dilation**
**The Grandfather Paradox** The grandfather paradox raises a troubling question: What would happen if you traveled back in time and killed your grandfather? In that scenario, your grandfather would indeed be dead, just as he would be if you killed him in the present. However, this creates an inconsistency—you would still exist, since you’ve already been born. Essentially, you cannot simply “unborn” yourself.
**How Does Time Travel Work?** To travel back in time, you would need a superluminal vehicle, which is capable of moving faster than the speed of light. To reach your intended destination, you must aim it at specific coordinates in both space and time. It’s important to note that Earth and the solar system are constantly moving at high velocities through the cosmos. Fortunately, superluminal vehicles can match these speeds.
To successfully arrive at your destination without incident, precise timing is essential. As you plan your journey further back in time, the calculations become increasingly complex. To ensure safe arrival, it’s advisable to target the space surrounding Earth, rather than the planet itself, to avoid collision. Ultimately, you would need to use a smaller ship to land, approaching from outer space.
**How to Travel Into the Future** There are several methods to travel into the future—specifically, five intriguing ways.
1. **The Waiting Game** The simplest method is to simply wait. All of us are constantly moving into the future at a steady pace of one second per second. While our mental states can influence how we perceive the passage of time, the rate at which time moves remains consistent for everyone. However, time does flow differently depending on gravitational conditions. For instance, at sea level, time passes more slowly than it does at the top of a mountain, where gravity’s influence is weaker.
2. **Time Dilation** Time dilation offers another fascinating approach. If you’re inside a moving object, such as an airplane or a rocket ship, time slows down for you relative to those who remain stationary. If you were to accelerate that rocket ship to the speed of light, time would effectively come to a standstill for the occupants. Upon returning to the launch site after traveling at near-light speed, you would find that everyone left behind has aged significantly. If the journey lasted for many centuries, those back on Earth would have experienced the full passage of that time, while you remain unchanged.
3. **Suspended Animation** Another method involves suspended animation. Our bodies age and progress through time at a constant rate due to our metabolism and the Brownian motion occurring within our cells. By slowing down or halting these processes, one could enter a deep sleep and awaken decades or even centuries later, having aged not a moment.
**Returning from Your Past After Time Travel** When it comes to returning to the future after time travel, there are two scenarios to consider, depending on your intentions: traveling as a tourist or aiming to change history.
4. **Traveling as a Time Tourist** In this scenario, you commandeer a faster-than-light spacecraft and direct it toward the approximate position in space where Earth will be after a millennium. Since you can’t perceive where Earth will be in a thousand years—because it hasn’t reached that point yet from your current perspective—you must rely on your knowledge of the timeline. If you traveled to the past using a faster-than-light spacecraft and then returned, you would find that, despite any previous changes like hypothetically killing your grandfather, the course of history remains remarkably unchanged, and your grandfather would still be alive. You’d walk away with a fascinating story to tell.
5. **Changing History Through Time Dilation** Conversely, if you choose to travel from your past into the future via the time dilation method—perhaps by orbiting Earth at near light speed—you would arrive in a timeline drastically altered by your actions. In this case, you might find yourself in a “beta universe” where your grandfather never existed, and consequently, neither would you. While you could observe this altered reality, it doesn’t pose a problem since you hail from a different branch of the multiverse (the “alpha universe”). Thus, even though you have no place in the beta universe, your past experiences in another universe endow you with a unique perspective.
By understanding and leveraging these methods, the concept of time travel transcends mere science fiction, inviting us to explore the mysteries of our existence and the nature of time itself.
In the beginning, there was nothing—an infinite void, silent and dark, until an unimaginable explosion shattered the stillness. Join us on an exhilarating quest through the realms of science, philosophy, and the unknown as we seek to uncover the enigmatic force behind the Big Bang. Who created the Big Bang?
Manage Cookie Consent
To provide the best experiences, we use technologies like cookies to store and/or access device information. Consenting to these technologies will allow us to process data such as browsing behavior or unique IDs on this site. Not consenting or withdrawing consent, may adversely affect certain features and functions.
Functional
Always active
The technical storage or access is strictly necessary for the legitimate purpose of enabling the use of a specific service explicitly requested by the subscriber or user, or for the sole purpose of carrying out the transmission of a communication over an electronic communications network.
Preferences
The technical storage or access is necessary for the legitimate purpose of storing preferences that are not requested by the subscriber or user.
Statistics
The technical storage or access that is used exclusively for statistical purposes.The technical storage or access that is used exclusively for anonymous statistical purposes. Without a subpoena, voluntary compliance on the part of your Internet Service Provider, or additional records from a third party, information stored or retrieved for this purpose alone cannot usually be used to identify you.
Marketing
The technical storage or access is required to create user profiles to send advertising, or to track the user on a website or across several websites for similar marketing purposes.
We use cookies to optimize our website and our service.
Functional
Always active
The technical storage or access is strictly necessary for the legitimate purpose of enabling the use of a specific service explicitly requested by the subscriber or user, or for the sole purpose of carrying out the transmission of a communication over an electronic communications network.
Preferences
The technical storage or access is necessary for the legitimate purpose of storing preferences that are not requested by the subscriber or user.
Statistics
The technical storage or access that is used exclusively for statistical purposes.The technical storage or access that is used exclusively for anonymous statistical purposes. Without a subpoena, voluntary compliance on the part of your Internet Service Provider, or additional records from a third party, information stored or retrieved for this purpose alone cannot usually be used to identify you.
Marketing
The technical storage or access is required to create user profiles to send advertising, or to track the user on a website or across several websites for similar marketing purposes.
