Chapter 24

Just a Dying Brain

“In his hand is the life of every living thing and the breath of all mankind.” — Job 12:10 (ESV)

A. The Strongest Case Against the Soul

A man’s heart stops on a hospital gurney in the Netherlands. Monitors flatline. The medical team begins CPR. A nurse removes his dentures and sets them in a sliding drawer in the crash cart. Over a week later, the man wakes from a coma. He spots that same nurse and says, “You know where my dentures are.” He describes the crash cart and the bottles on top of it. He names the drawer underneath where the dentures had been placed. He describes the room, the people in it, and the fact that the staff were “extremely negative” about his chances. All of it checks out.¹

What do you do with a story like that? If you believe the brain is the whole person, if you believe that every thought and feeling is nothing more than neurons firing, then you need an explanation. How could a man whose heart had stopped and whose brain was shutting down describe what was happening in the room around him?

And plenty of smart, serious people have tried to give one. Over the past forty years, researchers have offered a long list of reasons why a near-death experience might be nothing more than a trick of the dying brain. They point to lack of oxygen. A flood of brain chemicals. Seizure activity in the temporal lobes. Dreams bleeding into waking thought. A last electrical surge before the lights go out. Each theory is worth hearing. Some of them do explain a piece of the puzzle.

But I want to show you, carefully and fairly, why none of them explains the whole picture. Not one of them can account for the man and his dentures. Not one can explain how a woman whose eyes were taped shut during brain surgery described the saw used to open her skull.² Not one can explain how blind people report accurate visual details they had no natural way to know.³

In this chapter we give the skeptics their strongest arguments. We take each one seriously. And then we see where it breaks.

“I praise you, for I am fearfully and wonderfully made. Wonderful are your works; my soul knows it very well.” — Psalm 139:14 (ESV)

The psalmist was right. We are wonderfully made. And part of what makes us wonderful is that we are more than the body that holds us.

B. The Skeptic’s Case in Full

Before we answer the skeptics, we owe them a fair hearing. A good argument is answered at its strongest, not at its weakest. So here is the naturalistic case, stated plainly.

The human brain is the most complex organ we know of. It runs on oxygen and glucose delivered by the blood. When the heart stops or the blood supply drops, the brain begins to fail. And failing brains do strange things. They produce hallucinations, fragments of memory, and altered states of awareness. Maybe, the skeptic says, the near-death experience is one of those strange things.

Here are the main theories, each backed by real research from real scientists.

Oxygen Starvation

This is the oldest and most popular explanation. When the brain runs short of oxygen, a condition called hypoxia (or, in its severe form, anoxia), the person may have confusion, visual changes, and even tunnel-like vision. Test pilots who black out during high-G centrifuge training sometimes report fragments that sound a bit like NDEs. They describe tunnel vision, floating, pleasant feelings, and dreamlike images of friends or family.⁴ Psychologist Susan Blackmore offered one of the most developed versions of this theory. She argued that oxygen loss causes random firing in the visual cortex. Because the cortex has more cells in its center than at its edges, this firing creates the sense of a bright light at the center of a dark tunnel.⁵

Carbon Dioxide Buildup

When the body stops getting rid of carbon dioxide, the gas builds up in the blood. This condition is called hypercarbia. In the 1950s, psychiatrist L. J. Meduna treated patients by having them breathe a mix of oxygen and carbon dioxide. Some of them reported feelings of leaving the body, moving toward a light, and a deep sense of peace.⁶ A few researchers have pointed to these results as a possible cause of NDEs.

Brain Chemistry: Endorphins, Ketamine, and DMT

The body releases natural painkillers called endorphins under extreme stress. Perhaps these create the feeling of peace and bliss. Others have pointed to ketamine, an anesthetic drug. Ketamine can produce some NDE-like features: a sense of leaving the body, seeing a light, and feeling that the experience is deeply meaningful.⁷ Psychiatrist Karl Jansen proposed that the brain may release a ketamine-like substance when starved of oxygen. This chemical shield, he argued, protects neurons from damage but also produces an NDE-like experience as a side effect.⁸ Others suggest that DMT (dimethyltryptamine), a compound found in trace amounts in the brain, may surge during dying and trigger hallucinations.⁹

Temporal-Lobe Seizures and the “God Helmet”

The temporal lobes of the brain handle memory, emotion, and sensory processing. Seizures there can produce hallucinations, memory flashbacks, feelings of a strange presence, and déjà vu. Neuroscientist Michael Persinger claimed he could produce “all the major components of the NDE.” He did this by sending weak magnetic fields across the temporal lobes using a special helmet. The press called it the “God helmet.”¹⁰

REM Intrusion

Neurologist Kevin Nelson proposed that the brain’s dreaming machinery, the rapid eye movement (REM) system, can bleed into waking awareness during a medical crisis. In this view, NDEs are a kind of waking dream, produced by a brain that has lost its ability to keep sleep and waking cleanly separated.¹¹

Expectation and Cultural Conditioning

Perhaps people see what they expect to see. Raised on stories of heaven, light, and angels, the dying brain simply pulls from its memory bank and builds a comforting scene.¹²

The Dying-Brain Electrical Surge

In recent years, researchers have found something surprising. The brains of dying animals and some dying humans produce brief, powerful surges of high-frequency electrical activity in the seconds after the heart stops. These are gamma waves, the kind associated with consciousness and higher mental function.¹³ Perhaps this surge is the reason NDEs feel so vivid and hyper-real.

That is the skeptic’s case. It is not foolish. Each piece points to something real about how the brain works. But the question is whether any of these theories, alone or together, can explain the full near-death experience. I do not believe they can. Here is why.

C. Why the Brain Theories Fall Short

1. Oxygen Starvation Predicts the Wrong Experience

The oxygen theory has a clean logic to it. The brain is dying, so it malfunctions, and the malfunction produces the NDE. But the trouble is that we know exactly what oxygen loss does to the brain. It has been studied in thousands of experiments on thousands of people. And what it produces is the opposite of what NDErs report.

When oxygen drops, thinking becomes slow and confused. Mountain climbers at extreme altitude report mental laziness, irritability, and difficulty concentrating. Medical students in controlled hypoxia experiments became progressively more disoriented until they passed out.¹⁴ In thousands of such experiments, not a single person reported an NDE.

NDEs, by contrast, involve heightened clarity. People describe their thinking as sharper than normal, more vivid, more ordered. They recall the experience years later with perfect detail. A brain that is shutting down does not do this. A failing brain, as neuropsychiatrist Peter Fenwick has pointed out, produces experiences that are “limited, confused, and disorganized. The very opposite is true of the NDE.”¹⁵

And there is one more problem. Many NDEs occur when oxygen levels are normal. In the prospective Dutch study by cardiologist Pim van Lommel and his colleagues, blood gas levels were monitored during cardiac arrest and resuscitation. Patients who reported NDEs had oxygen levels the same as, or actually higher than, patients who did not report NDEs.¹⁷ The same pattern appeared in a British study published in the journal Resuscitation.¹⁸ If low oxygen caused NDEs, the patients with the least oxygen should have been the ones with the most vivid experiences. They were not.

Beyond this, the experiences of test pilots in centrifuge training differ from NDEs in almost every important way. Pilots report tunnel vision, which is the absence of peripheral sight caused by low blood pressure in the eyeballs. NDErs report passing through a tunnel, which is a full, three-dimensional sense of movement through space. These are very different things. Pilots have brief, random dreamlets about living friends in ordinary settings. NDErs meet deceased relatives and a being of light. Pilots do not have life reviews. Pilots do not make a decision to return. And pilots do not report the lasting changes in values and behavior that are so common after an NDE.¹⁹

What about carbon dioxide? The hypercarbia theory faces similar trouble. In a cardiac arrest, carbon dioxide does build up. But the buildup is always joined by a drop in oxygen, which brings its own confusion and disorientation. Peter Fenwick noted that no good ICU would tolerate a dangerous carbon dioxide level without intervening. And where carbon dioxide levels have been measured during NDEs, they have come back normal or below normal.⁵⁴ The Meduna experiments did produce some experiences with NDE-like elements. But they also produced things never found in NDEs: brightly colored geometric patterns, objects seen in double or triple, and violent convulsive movements. The overlap is real but thin.

2. Brain Chemistry Cannot Cross the Perception Gap

The chemical theories are clever. I find the ketamine model, in particular, worth taking seriously. Karl Jansen proposed that the brain may flood its own receptors with a ketamine-like substance to protect neurons from damage when oxygen runs low. The side effect of this chemical shield, he argued, would be an NDE-like experience.²⁰

And the model rests on two assumptions that have never been confirmed. First, no such naturally occurring ketamine-like substance has been found in the human brain.²¹ Second, ketamine experiences do not reliably resemble NDEs. Ketamine trips vary widely depending on the dose, the setting, and the user’s mental state. NDEs, by contrast, follow a remarkably consistent pattern regardless of the person’s expectations.²² Peter and Elizabeth Fenwick made a telling observation. Someone who attempts suicide might be in emotional turmoil beforehand. But if they have an NDE, the turmoil vanishes. It is replaced by peace and beauty. The NDE does not seem to care what emotional state came before it.²³

The endorphin theory faces its own trouble. Endorphins might explain a feeling of calm under extreme stress. That is what they do. A woman attacked at an ATM reported that after the initial terror, an overwhelming calm took over and her body went limp. That was almost certainly endorphins at work.⁵³ But endorphins do not explain structured visions of another world. They do not explain encounters with deceased relatives or the kind of panoramic life review that NDErs describe. The same goes for DMT. No study has shown that DMT levels surge during dying. And even if they did, drug-induced hallucinations differ from NDEs in one way that matters most.

Here is the gap that no chemical theory can cross: drug states do not produce confirmed, accurate perception of real events happening at a distance from the body. A person on ketamine may feel that they have left their body. But they cannot describe the shoes on the ledge outside the hospital window.²⁴ They cannot identify the serial number on a piece of medical equipment they have never seen. They cannot report, with verifiable accuracy, what the surgical team said while the patient’s eyes were taped shut and brain was monitored flat. NDErs can and do. In my doctoral research, 105 cases involved patients whose eyes were taped shut during surgery. Those cases averaged a veridical quality score of 36.1, far above the overall average. Even if a person were to take the most potent hallucinogenic drug in the world, it would not allow them to know what was happening in a different room. That is what separates the near-death experience from every known drug state.⁵⁵

3. The Temporal Lobe and the “God Helmet”

The idea that temporal-lobe seizures might explain NDEs has been around for decades. It draws on the pioneering work of neurosurgeon Wilder Penfield, who electrically stimulated the temporal lobes of patients during brain surgery. Some researchers claimed that Penfield produced out-of-body experiences, visions of dead relatives, and panoramic life reviews through his electrical probes.²⁶

But when you actually read Penfield’s own reports, the picture looks very different. Out of 1,132 patients he stimulated, only two reported anything even vaguely like leaving the body. One man said, “Oh God! I am leaving my body,” and looked terrified. A woman said she felt “as though I were half and half here.” Neither described seeing themselves from above. Neither had a life review, a being of light, or an encounter with the dead.²⁷ What Penfield actually found was more ordinary. Electrical stimulation of the temporal lobe produced random, mundane memories. Patients heard hallucinated sounds like a song from the radio. Some felt déjà vu.²⁸

Ernst Rodin, medical director of the Epilepsy Center of Michigan, put it bluntly after three decades of work with temporal-lobe seizure patients. He had never once seen the core features of an NDE during a seizure. The hallmarks of an NDE are peace, a sense of having died, and freedom from the body. Seizures, by contrast, bring fear, loneliness, and sadness.²⁹

There is a deeper problem, too. Seizures and cardiac arrest produce opposite brain states. A seizure means the brain is in overdrive, with chaotic, high-amplitude electrical spiking on the EEG. Cardiac arrest means the opposite: the EEG goes flat within seconds. These two conditions cannot exist at the same time. And the most evidentially powerful NDEs happen during cardiac arrest, when seizure activity can be ruled out entirely. In my doctoral research, 1,680 cases occurred during cardiac arrest with monitoring. Sixty-six of those had documented EEG readings, and those EEG-documented cases produced the highest veridical scores of any category. A theory built on seizures cannot explain experiences that happen when the brain shows no electrical activity at all.⁵⁷

As for Persinger and the “God helmet,” the claims turned out to be inflated. When you look at his published data, the most common experiences his subjects reported were dizziness and tingling, which are not features of NDEs. The experiences were fragmentary and variable, not ordered and consistent. And when a Swedish team tried to replicate his results using his own equipment, they failed. They concluded that the likeliest explanation for Persinger’s results was simple suggestibility: people sitting in the dark, wearing a strange helmet, expecting something unusual to happen.³⁰

4. REM Intrusion and Expectation

Kevin Nelson proposed that NDEs happen when the brain’s REM dreaming system invades waking awareness. He reported that NDErs showed a higher rate of REM intrusion symptoms than non-NDErs. But Greyson and Jeffrey Long pointed out a basic problem. The rate Nelson found in his NDEr group was no higher than the rate of the same symptoms in the general population. The difference came from his control group, which underreported symptoms that are actually quite common.³²

There are deeper problems as well. Many NDEs happen under general anesthesia, which suppresses REM activity. If REM intrusion caused NDEs, patients under anesthesia should not have them. But they do. And when researchers measured REM-related brain activity in NDErs, they found something surprising. It was actually lower than in people who had never had an NDE.³³

The sleep-paralysis experience common in REM intrusion involves fear and a sense of threat, sometimes a dark figure pressing on the chest. The NDE, in most cases, is the opposite: peace, light, and love. As neurosurgeon Eben Alexander put it from his own experience, equating NDEs with dreams is like comparing the experience of watching a war movie with the experience of actually fighting in a battle.³⁴

The expectation theory fares no better. If NDEs were built from cultural expectations, then people should see what their culture teaches them to see. Christians should see pearly gates. Hindus should see the Yamuna River. Atheists should see nothing. But NDEs regularly defy expectations. People report experiences that conflict with what they believed about death.³⁵ Reports from before 1975, when Raymond Moody’s book first made NDEs widely known, are not meaningfully different from reports gathered after it. Young children, who carry the least cultural baggage about death, report the same core features as adults (see Chapter 11). And in my doctoral research, the core features of NDEs remained remarkably consistent across seven decades of data. In the 985 cases before 1975 and the 4,289 after it, the average veridical score was identical: 22.0 in both groups. Out-of-body experiences appeared in 89 percent of early cases and 84 percent of later ones. Life reviews held steady at about 23 percent in both eras. Even the percentage of NDEs mentioning Jesus barely changed, from 12.5 percent before 1975 to 12.4 percent after. If culture were writing the script, the script should have changed as the culture changed. It did not.³⁶

5. The Dying-Brain Electrical Surge

This is the newest entry on the skeptic’s list, and it deserves careful attention. In 2009, intensive-care physician Lakhmir Chawla at George Washington University noticed something strange. After his patients died, their brain-wave monitors showed a brief, unexpected spike of high-frequency electrical activity.³⁷ He initially dismissed it. The brain cannot be active after death. But the signal was gamma waves, the kind of brain activity associated with consciousness, learning, and memory. Other researchers found the same thing. In 2013, Jimo Borjigin and colleagues showed that dying rats produced a surge of high-frequency brain oscillations after their hearts stopped.³⁸ In 2022, a neurosurgeon at the University of Louisville found bursts of gamma waves in the brain of an eighty-seven-year-old man in the seconds surrounding his death.³⁹

These findings are real and fascinating. I want to be clear about that. The brain does not simply go dark the moment the heart stops. Something happens. And the researchers who study it deserve credit for opening a new window on what happens in the last moments of life. But the surge does not explain NDEs, for three reasons.

First, the surges are brief. They last seconds, sometimes less. They appear to be a final flicker of electrical activity as the brain shuts down, not a sustained state of consciousness. And they have not been shown to produce any particular experience. We know the surge happens. We do not know that it produces anything the dying person is aware of. As Sam Parnia has observed, finding brain activity during death is one thing. Showing that it is the cause of a complex, ordered, hyper-real experience is another thing entirely.⁴⁰

Second, many NDEs involve experiences that unfold over what feels like minutes or longer. The life review alone can cover an entire lifetime of events. A gamma-wave burst lasting a few seconds is not a plausible container for that kind of rich, detailed, structured experience.

Third, and most importantly, a burst of brain activity is not the same as accurate perception of the room. Even if the surge does produce some kind of internal experience, it cannot explain how a patient describes what the nurse did with his dentures during CPR. It cannot explain how someone reports a verified conversation from a hallway two floors away. The surge might explain a flash of vivid inner experience. It cannot explain the perception of external events that are later confirmed by witnesses. That is the gap no brain theory can close.

6. The One Thing No Brain Theory Explains

We have walked through six categories of naturalistic explanation. Each one has something to offer. Oxygen loss can produce visual disturbances. Chemicals can produce feelings of calm. Temporal-lobe activity can produce fragments of memory. And yes, the dying brain may have one last surge of electrical activity.

But there is one fact that none of these theories can touch.

People who are clinically dead report accurate, detailed, verified perceptions of events around them. Their hearts have stopped. Their brains show no measurable electrical activity. And sometimes the events they describe happened far away from them. (For the full evidence, see Chapter 9.)

After the onset of cardiac arrest, blood flow to the brain ceases. Consciousness is lost within seconds. The EEG goes flat within ten to twenty seconds. There is no electrical activity in the cortex. Animal studies have confirmed that deep brain structures also go quiet shortly after. No neuroscientific model has ever proposed that complex, lucid thought can occur in this state.⁴¹

And yet some patients report exactly that. They describe structured, coherent, vivid experiences during the time when their brains were flatlined. And the details they report check out.

Cardiologist Pim van Lommel has framed the problem clearly. The question is not whether there might be some trace of unmeasurable brain activity somewhere deep in the cortex. The question is whether there is brain activity of the specific kind that modern neuroscience says is necessary for conscious experience. And there is no sign of it during cardiac arrest.⁴³

This is the rock that every naturalistic explanation breaks on. You can explain the feeling of peace with endorphins. You can explain a sensation of floating with temporal-lobe activity. You can explain a flash of light with a dying-brain surge. But you cannot explain how a patient with a flat EEG accurately describes the instruments on the surgical tray, the words the doctor whispered, or the shoes on the ledge outside a third-floor window. A hallucination does not get the details right. A dream does not match the medical record. The confirmed, accurate, veridical cases are the evidence that the brain theories cannot reach. And they are the evidence that points most strongly to a soul that can see, hear, and know when the body has stopped working.

D. What the Researchers Say

Chris Carter, whose book Science and the Near-Death Experience remains the most thorough survey of the naturalistic explanations, concludes that every proposed brain-based theory either rests on unverified speculation or fails to account for the most important features of NDEs, especially veridical perception during documented brain shutdown.⁴⁴

Sam Parnia, the physician who led the landmark AWARE studies of cardiac-arrest patients, has pointed out that the occurrence of lucid, well-structured thought during cardiac arrest raises profound questions. These experiences happen at a time when cerebral function can be described, at best, as severely impaired and, at worst, as absent. Any reduction in cerebral blood flow leads to impaired attention and higher brain function. NDEs during cardiac arrest are clearly not confused. They indicate heightened awareness and attention at a time when neither would be expected.⁴⁵

Bruce Greyson, who has studied NDEs for over forty years and developed the standard scale used to measure them, has examined each category of naturalistic explanation and found them wanting. On REM intrusion, he showed that the data did not support Nelson’s claims. On temporal-lobe theories, he found that seizures produce fragmentary, fear-laden episodes that bear little resemblance to the ordered, peaceful NDE. On the surge theory, he has noted that bursts of brain activity after death have not been shown to produce any particular experience, much less one with verified external content.⁴⁶

John Hagan, editor of a peer-reviewed volume on NDE science for the Missouri State Medical Association, summarized the state of the research. NDEs may occur without oxygen loss or abnormal carbon dioxide levels. NDEs happen under general anesthesia, which suppresses REM activity. No single physiological or chemical mechanism has been shown to produce the rich, complex, consistent pattern of the NDE. And confirmed perception from a viewpoint outside the body, later verified as correct, cannot be explained by any known brain process.⁴⁷

J. Steve Miller, whose work surveys the naturalistic explanations and asks which hypothesis best fits the facts, reached a similar conclusion. After examining each proposed brain-based theory, Miller found that competent NDE researchers had tested these explanations again and again and ruled them out. He framed the question the way a careful scientist would. Set up two hypotheses: the naturalistic “dying brain hypothesis” and the “afterlife hypothesis.” Then ask which one best explains the data. Miller concluded that the dying brain hypothesis fails on the evidence that matters most. Hundreds of highly documented cases show patients with alert consciousness and accurate observations even when both heart and brain activity had ceased.⁵⁶

To be fair, the skeptics have done valuable work too. Susan Blackmore’s Dying to Live was a serious and respectful attempt to build a complete brain-based model. Kevin Nelson’s REM research raised real questions. G. M. Woerlee has pressed hard on anesthesia cases, asking whether patients might retain more awareness than we think. These are not foolish people, and their challenges have made the NDE research stronger.⁴⁸ But even Blackmore acknowledged that her model rested largely on speculation about what might happen in the dying brain, not on proven facts about what does.⁴⁹

E. Answering the Pushback

Even after walking through the evidence, honest people raise further objections. Here are the four strongest, stated at their best.

“The absence of a mechanism is not proof of a soul.”

This is true. We are not claiming that our inability to find a brain-based explanation proves that the soul exists. What we are saying is that every proposed brain-based explanation has been tested against the data and found wanting. That does not end the conversation, but it does shift the burden. If there were no cases of verified perception during brain shutdown, the brain theories would be enough. There are such cases, and they are well documented (see Chapter 9). The question is not whether we have a complete mechanism. The question is which explanation best fits the evidence we have.

“Future neuroscience will explain it.”

Maybe. Science advances. No honest person should claim that a naturalistic explanation is impossible in principle. But we should notice something: this objection is not an argument. It is a promissory note. We are being asked to believe that someday, somehow, a scientist will figure out how a brain with no electrical activity can perceive events in another room. That is not a theory. It is a hope dressed up as patience. And it cuts both ways. You could use the same move to dismiss any evidence for anything: “We cannot explain it now, but someday we will.” At some point, the evidence in hand deserves a response.⁵¹

“The veridical cases are weaker than claimed.”

Some skeptics argue that the confirmed perception cases rely on anecdotes, fuzzy memories, and retrospective reporting. This is a fair concern, and it is one of the reasons why prospective hospital studies matter so much (see Chapter 12). But the concern does not erase the data. Michael Sabom matched patient reports against surgical records and found them accurate. Ring and Cooper documented blind people reporting visual details they could not have known. Van Lommel’s and Parnia’s prospective studies interviewed patients shortly after cardiac arrest and recorded their accounts alongside medical records. In my own research, fifteen cases were documented before anyone else could have told the patient what had happened. Another 1,250 were documented within twenty-four hours of the event, while the memories were fresh. The scholarly cases scored far higher on evidence quality than the self-reported ones, and the best-documented cases are the hardest to explain away.⁵² No single case proves everything. But the pattern across hundreds of cases, gathered by independent researchers in different countries over several decades, is not easily dismissed.

F. More Than a Brain

We have given the skeptics a fair hearing. Oxygen loss, brain chemicals, temporal-lobe activity, REM intrusion, expectation, and the dying-brain surge each explain a small piece of the NDE puzzle. But not one of them, and not all of them together, can explain how a man with no heartbeat knew where the nurse put his dentures. Not one can explain how a woman whose brain was being monitored flat during surgery later described the instruments on the tray. Not one can explain how blind people see.

The simplest explanation, and the one that fits the evidence best, is that these people were seeing because something in them was still awake, still aware, still able to perceive, even after the body had stopped. That something is what the Bible calls the soul.

I want to be honest about what this chapter does and does not prove. It does not prove the soul exists with the certainty of a lab experiment. What it does is show that every purely physical explanation has been tested and found to fall short of the evidence. The data point, with real force, beyond the brain.

And the alternatives are not equal. On one side, we have a list of theories, each of which can explain a fragment but none of which can explain the whole. On the other side, we have one simple claim: something in these people was still awake when the body had stopped. That claim fits all of the data. It fits the vivid clarity when the brain was failing. It fits the accurate perception when the eyes were closed or the cortex was flatlined. It fits the consistency across cultures, across decades, and across age groups. It fits what the dying have been telling us for centuries.

If you are a person of faith, that should strengthen your confidence. The Bible has always told us that we are more than our bodies. God formed us from dust and breathed life into us (Genesis 2:7). He made us body and soul. And when the body stops, the soul does not stop with it. The dying do not slip into nothing. The evidence says what Scripture has always said: there is a person inside the body, and that person lives on.

I do not think the skeptics are foolish. I think they are doing their job. Good science tests every natural explanation before looking beyond nature. That is exactly what has happened with NDEs. Researcher after researcher has proposed a brain-based theory. Researcher after researcher has tested it against the data. And after four decades of testing, the natural explanations still cannot account for the strongest cases.

“In his hand is the life of every living thing and the breath of all mankind.” — Job 12:10 (ESV)

And if you are a skeptic who has read this far with an open mind, I want to thank you. I know that what I am claiming sounds extraordinary. It is. But the evidence is extraordinary too. I am not asking you to set aside your reason. I am asking you to follow it where the data lead.

We are not just a dying brain. We are fearfully and wonderfully made, body and soul, by a God who holds the life of every living thing in His hand.