Harvard Physicist Says He Found the EXACT Location of Heaven | And It Matches the Bible

A former Harvard physics professor claims Einstein’s theories and modern cosmology point to exactly where Heaven must be — and his calculations place it 273 billion trillion miles away.

Listen to “Harvard Physicist Says He Found the EXACT Location of Heaven | And It Matches the Bible #WeirdDarkNEWS” on Spreaker.

WHERE IS HEAVEN? A PHYSICIST MAKES A STARTLING CLAIM

The distance is almost impossible to grasp: 273,000,000,000,000,000,000,000 miles. That’s 273 billion trillion miles from Earth — a number so large that writing it out barely helps the human brain process it. For context, the moon is about 239,000 miles away. The sun sits roughly 93 million miles from Earth. The nearest star beyond our sun, Proxima Centauri, is about 25 trillion miles distant. And a former Harvard physics professor is now claiming that Heaven begins at a distance roughly eleven thousand times farther than that nearest star. He says he can prove it using Einstein’s equations.

THE MAN BEHIND THE THEORY

Dr. Michael Guillen isn’t some fringe figure making claims from the margins of science. The man has serious credentials. He earned three doctoral degrees from Cornell University — in physics, mathematics, and astronomy — which is rare enough on its own. While at Cornell, he studied under two legendary figures in the field: Carl Sagan, the astronomer who became famous for bringing science to the masses, and Fred Hoyle, the British astronomer who coined the term “Big Bang” (even though Hoyle himself didn’t believe in it).

After finishing at Cornell, Guillen went on to teach physics at Harvard University for close to a decade. That’s not a position they hand out casually. Harvard’s physics department has produced Nobel laureates and shaped the direction of modern science. Guillen was part of that world.

Then he made an unusual career shift. He left academia and spent fourteen years as the science editor for ABC News. During that time, he appeared regularly on Good Morning America, 20/20, Nightline, and World News Tonight with Peter Jennings. He won Emmy Awards for his science journalism. Millions of Americans learned about scientific discoveries through his reporting.

There’s another detail about Guillen that matters for understanding his current claims: he was an atheist for most of his adult life. His eventual conversion to Christianity, which he has written about extensively in books like “Believing Is Seeing” and “Can a Smart Person Believe in God?”, came after years of wrestling with questions that his scientific training alone couldn’t answer. He’s described the process as reconciling two ways of understanding the world that most people assume are incompatible.

Today, Guillen writes for Fox News and hosts a podcast called “Science + God.” He’s currently producing a movie based on his bestselling book. And it’s from this unusual position — world-class scientific credentials combined with devout Christian faith — that he’s now published what he calls a scientific argument for where Heaven is actually located.

THE EXPANDING UNIVERSE

To understand Guillen’s argument, you first need to understand something about the universe that wasn’t discovered until the 1920s, and it genuinely changed everything scientists thought they knew about reality.

For most of human history, people assumed the universe was static. The stars moved through the sky in predictable patterns, the planets wandered along their paths, but the overall structure of everything was thought to be fixed and eternal. The universe just… was. It had always been there, and it would always be there, unchanging in its fundamental nature.

Then American astronomer Edwin Hubble started looking more closely at distant galaxies. What he found turned cosmology upside down.

Hubble noticed that the light from distant galaxies was “redshifted” — meaning the wavelengths of light were stretched toward the red end of the spectrum. This is similar to what happens with sound when an ambulance drives away from you: the pitch drops because the sound waves are stretching out. Light does the same thing when its source is moving away. The faster something moves away from you, the more its light shifts toward red.

Here’s what shocked everyone: Hubble discovered that virtually every galaxy he observed was redshifted. They were all moving away from us. And the degree of redshift increased with distance. Galaxies twice as far away were receding twice as fast. Galaxies ten times farther were receding ten times faster.

The universe wasn’t static at all. It was expanding. Everything was moving away from everything else, like dots painted on a balloon that’s being inflated. This observation became known as Hubble’s Law, and it remains one of the foundational principles of modern cosmology. Virtually every astronomer accepts it.

Guillen takes this principle and extends it to its logical extreme. If more distant objects are receding faster, then at some point, objects would be receding so fast that their recession velocity would equal the speed of light itself — 186,000 miles per second. According to his calculations, a galaxy located 273 billion trillion miles from Earth would hit exactly that speed. It would be moving away from us at the maximum velocity anything can move… at least according to known science.

THE COSMIC HORIZON

That boundary — where recession velocity equals the speed of light — has a name in cosmology: the Cosmic Horizon. Sometimes scientists call it the cosmological horizon or variations on that term, but the basic concept is the same. It represents a fundamental limit on what humans can ever observe, ever reach, or ever know through direct measurement.

This limit isn’t a technological problem that better telescopes might someday solve. It’s built into reality itself, a consequence of Einstein’s theories of special and general relativity. Nothing can travel through space faster than light. That’s not a suggestion or a current limitation — it’s a law of physics as fundamental as gravity. Again – as much as we understand physics today. And if a galaxy is receding from us at the speed of light, its light can never catch up to reach us. The photons leaving that galaxy are trying to travel toward Earth, but the space between us and them is expanding just as fast as they’re moving. They’re running on a treadmill that matches their speed perfectly. They’ll never arrive.

No telescope ever built, no matter how powerful, can peer past this boundary. The James Webb Space Telescope, the most advanced instrument humans have ever launched into space, cannot see beyond it. A telescope a thousand times more powerful couldn’t see beyond it. The information simply isn’t there to be gathered. The light from objects beyond the Cosmic Horizon will never reach Earth. Not in a million years. Not in a trillion years. Not ever.

Most astronomers describe the Cosmic Horizon as simply an observational limit — the edge of what we can see, not the edge of what exists. They believe the universe almost certainly continues beyond this boundary, filled with more galaxies, more stars, more of the same structures we observe on our side. The universe beyond the horizon is probably doing exactly what the universe on our side is doing. We just have no way to directly confirm it, and we never will.

Guillen has a very different interpretation of what this boundary means.

TIME STOPS AT THE EDGE

In his Fox News opinion piece, Guillen made a striking claim about the Cosmic Horizon that goes beyond standard cosmology. He wrote that our best astronomical observations, combined with Einstein’s theories of special and general relativity, indicate that time itself stops at the Cosmic Horizon. At that distance, way out there in what he calls “deep, deep, deep space,” there is no past, present, or future. There’s only timelessness.

This is where Guillen’s argument pivots from astrophysics into theology. A timeless realm, existing beyond the observable universe, permanently inaccessible to human travel or observation — these properties, he argues, match exactly what the Bible describes as Heaven.

Guillen draws on a biblical concept that may be unfamiliar even to people who grew up in church: the three heavens. This idea comes primarily from 2 Corinthians 12:2, where the apostle Paul writes about being “caught up to the third heaven.” The reference to a “third” heaven implies there must be a first and second, and various theological traditions have developed interpretations of what these three levels represent.

According to these interpretations, which Guillen draws on directly, the first heaven is Earth’s atmosphere — the sky where birds fly and clouds gather, the air we breathe, the blue expanse above our heads. This is the heaven we can see every time we look up during daylight hours.

The second heaven is outer space — the realm of the sun, moon, planets, and stars. It’s what we see at night when we look up at the Milky Way, what astronauts enter when they leave Earth’s atmosphere, what the Hubble and James Webb telescopes photograph. The second heaven is vast beyond human comprehension, but it’s still physical, still made of matter and energy, still governed by the laws of physics.

The third heaven is something different entirely. According to biblical tradition, this is the dwelling place of God — a realm that exists outside the physical universe, beyond space and time as we understand them. Paul describes being “caught up” to this place, though he admits he doesn’t know whether the experience happened in his physical body or only spiritually.

Guillen places his cosmic boundary firmly in this third category. Whatever exists beyond the Cosmic Horizon, he argues, possesses unique properties that put it outside space-time as we understand it. The matter there — if “matter” is even the right word for whatever exists in a timeless realm — exists in a fundamentally different state than anything in our observable universe. It’s not just far away. It’s categorically different.

THE BIBLICAL ALIGNMENT

Guillen points to several specific ways his theory aligns with traditional biblical descriptions of Heaven, and he lays them out methodically, as you’d expect from someone trained in physics and mathematics.

First, Heaven is described in Scripture as being “up.” And the Cosmic Horizon is, in fact, up — no matter where you stand on Earth. It’s not in a specific direction like north or south. It’s out there in every direction, surrounding us on all sides, always above our heads if we look toward the stars. For thousands of years, humans have pointed toward the sky when imagining Heaven. Guillen argues this intuition aligns with cosmological reality.

Second, Heaven is described as inaccessible to living humans. You can’t walk there or sail there or fly there. Einstein’s theories guarantee the same is true of the Cosmic Horizon. No human being, no spacecraft, no physical object traveling through space can ever reach it, let alone cross it. The speed of light represents an absolute barrier that cannot be broken by any amount of engineering or determination. As an object approaches light speed, time dilates — clocks slow down — and the energy required for further acceleration approaches infinity. You would need infinite energy to reach the Cosmic Horizon. That’s not an engineering limitation. That’s a mathematical impossibility.

Third, Guillen suggests this realm beyond the Cosmic Horizon is inhabited by what he calls “nonmaterial, timeless beings” — or what religious texts would describe as the spirits of the dead, and ultimately, God himself. In a place where time does not flow in the way we experience it, where the normal rules of physics cease to apply, the distinction between material and spiritual becomes murky at best. What would it even mean to be “physical” in a realm where the properties we use to define physical reality — space, time, matter, energy — no longer function as they do in our universe?

Fourth, and this is the argument Guillen seems to find most compelling, the Cosmic Horizon is lined with the oldest celestial objects in the observable universe. The light reaching us from near that boundary left its source billions of years ago. Whatever exists beyond the Cosmic Horizon predates these oldest objects, predates the cosmic microwave background radiation, predates the expansion of the universe itself. In Guillen’s interpretation, whatever is beyond that boundary predates the beginning of our observable universe — which sounds a lot like the realm of a Creator who existed before creation, who stands outside of time because He created time itself.

WHAT MOST SCIENTISTS SAY

The scientific community approaches the Cosmic Horizon very differently than Guillen does. For most cosmologists, the horizon represents nothing more mysterious than the point where our information runs out.

The reasoning is straightforward. The universe has existed for approximately 13.8 billion years, at least according to the standard cosmological model. Light travels at a finite speed — fast, but not infinitely fast. That means there’s only been enough time for light from objects up to a certain distance to reach Earth. Objects beyond that distance exist — presumably — but their light hasn’t arrived yet. Some of it never will, because the accelerating expansion of the universe is pushing those regions away faster than their light can travel toward us.

The oldest light we can detect is called the Cosmic Microwave Background. This is radiation from an era about 380,000 years after the Big Bang, when the universe had finally cooled enough for atoms to form and light to travel freely for the first time. Before that moment, the universe was so hot and dense that photons couldn’t travel any distance without colliding with free electrons. The universe was opaque, like being inside a thick fog. Then it cooled past a critical threshold, atoms formed, and suddenly light could stream across space unimpeded.

That ancient light has been traveling ever since. Over billions of years, the expansion of the universe stretched its wavelength, shifting it from visible light down into the microwave part of the spectrum. Today it appears as a faint glow coming from every direction in the sky, almost perfectly uniform, with only tiny temperature variations — differences of about one part in 100,000.

Mainstream astronomy interprets the Cosmic Microwave Background as evidence for the Big Bang, not as evidence for Heaven. The uniform temperature across the sky tells scientists about conditions in the early universe — specifically, that everything was in thermal equilibrium, all at the same temperature, before the expansion carried different regions apart. The tiny variations tell them about the seeds of cosmic structure. Those slightly denser regions, marginally warmer or cooler than their surroundings, eventually grew through gravitational attraction into the galaxies and galaxy clusters we see today.

Beyond the Cosmic Horizon, most astronomers assume there’s simply more of the same. More galaxies. More stars. More of the universe we already know, doing what the universe does, just forever beyond our ability to observe directly. There’s no scientific reason to think anything special happens at that boundary. It’s special to us, because it’s the limit of what we can see, but there’s no reason to think the universe itself recognizes that limit as meaningful.

That’s the mainstream scientific view, anyway. Guillen sees it differently.

THE FUTURE OF OBSERVATION

Both mainstream astronomers and Guillen agree on one thing: the universe’s expansion is accelerating, and this acceleration has profound implications for what future civilizations will be able to observe.

The acceleration is driven by what scientists call dark energy — a mysterious force that makes up roughly 68% of the universe’s total energy content. Nobody knows what dark energy actually is. It’s called “dark” partly because it doesn’t interact with light and partly because scientists are genuinely in the dark about its nature. But its effects are measurable. The expansion of the universe isn’t just continuing — it’s speeding up.

As expansion accelerates, more and more distant galaxies will slip beyond the Cosmic Horizon. Their light, already stretched by the expansion of space, will become more and more redshifted. Eventually the wavelength will stretch so far that the light shifts out of the visible spectrum entirely, then out of the infrared, then the microwave, then radio waves. The galaxies will fade and eventually vanish from detectability altogether.

Galaxies that astronomers can photograph today will become invisible to future astronomers, no matter what instruments they build. The information about those galaxies — that they ever existed at all — will simply disappear from the observable universe.

Over hundreds of billions of years, according to current projections, the night sky will empty. The only galaxies still visible will be those gravitationally bound to the Milky Way — our “Local Group” of perhaps 80 galaxies. The gravitational attraction holding these galaxies together is strong enough to resist the expansion of space. But everything beyond the Local Group will have receded past the Cosmic Horizon, leaving future astronomers in an isolated cosmic neighborhood, surrounded by darkness, with no evidence that the wider universe ever existed.

Consider astronomers a trillion years from now, living in a galaxy that formed from the merger of the Milky Way and Andromeda. When they look at the sky, they’ll see their own galaxy’s stars and the handful of other galaxies still bound to them. Beyond that: nothing. Perfect blackness. They’ll have no way of knowing that billions of other galaxies ever existed, that the universe was once filled with light in every direction, that cosmic expansion carried all that away.

From their perspective, they might reasonably conclude they live in a small, static universe — exactly what astronomers on Earth believed before Edwin Hubble proved otherwise in the 1920s.

Guillen offers an alternative interpretation of this cosmic destiny. From his perspective, the universe’s accelerating expansion — with more and more matter disappearing beyond the Cosmic Horizon as eons pass — could represent Heaven itself expanding as its population grows. Every soul that departs from the physical universe joins what lies beyond the boundary. And the boundary grows larger to accommodate them.

A SCIENTIST OF FAITH

Guillen is far from the first scientist to reconcile his field with religious belief. Isaac Newton was deeply religious. So was Galileo, despite his famous conflict with the Catholic Church. James Clerk Maxwell, whose equations unified electricity and magnetism, was a devout Christian. Georges Lemaître, the Belgian priest who first proposed what became the Big Bang theory, saw no contradiction between his physics and his faith.

But Guillen’s specific claim — that physics can identify Heaven’s physical address, that cosmological equations can pinpoint where God dwells — goes further than most scientists of faith are willing to venture. Even religious scientists typically treat the physical and spiritual as separate domains, each with its own methods and areas of competence.

Guillen’s argument doesn’t prove Heaven exists in any scientific sense. That’s worth being clear about. The Cosmic Horizon, by its very nature, cannot be tested or observed beyond its boundary. Whatever claims anyone makes about what lies beyond — whether it’s more galaxies, or a timeless spiritual realm, or something else entirely — cannot be verified through any empirical method. The boundary exists precisely because information from beyond it can never reach us.

This might seem like a weakness in Guillen’s argument, and from a purely scientific standpoint, it is. Science deals with what can be measured, tested, and falsified. Claims about what lies beyond the edge of the observable universe don’t meet those criteria.

But for Guillen, that might be precisely the point. The Cosmic Horizon represents not just the edge of observation, but the edge of the material universe itself — the place where physics, by its own laws, reaches its limit. Beyond that boundary, physics has nothing more to say. It’s handed the question off.

In his books and public appearances, Guillen argues that all belief systems, including scientific materialism, begin with unprovable assumptions — axioms taken on faith. The scientific method assumes the universe is orderly, that the same physical laws apply everywhere, that our senses and instruments give us accurate information about reality. These assumptions can’t be proven from first principles. They’re the starting points that make science possible.

The question isn’t whether you have faith, Guillen suggests. The question is where you place it.

His calculation places Heaven at 273 billion trillion miles — a distance that exists in astronomical theory, a boundary that appears in Einstein’s equations, and a realm that humans will never reach by any physical means. The fastest spacecraft ever launched, NASA’s Parker Solar Probe, travels at about 430,000 miles per hour. At that speed, it would take roughly 72 trillion years to reach the Cosmic Horizon. The universe itself is only about 13.8 billion years old, according to mainstream science.

And even if a spacecraft could somehow travel at the speed of light — which physics says is impossible for any object with mass — it still couldn’t reach the Cosmic Horizon. The space between here and there is expanding just as fast as light can travel. The destination recedes exactly as quickly as you approach it.

The spirits of the dead, if they dwell beyond that boundary, would exist in a realm where time itself has a different meaning. They would have all of eternity — which perhaps isn’t even the right word for a timeless existence — to wait for whatever comes next.

Whether that realm is Heaven, as Guillen believes, or simply more universe that happens to be forever hidden from our view, no living person will ever know for certain. The Cosmic Horizon guarantees that some questions will remain permanently, fundamentally unanswerable… at least on this side of eternity.

For some people, that’s frustrating. For others, it might be exactly what you’d expect from a universe designed by Someone who wants faith to remain meaningful.

References

NOTE: Some of this content may have been created with assistance from AI tools, but it has been reviewed, edited, narrated, produced, and approved by Darren Marlar, creator and host of Weird Darkness — who, despite popular conspiracy theories, is NOT an AI voice.