Chapter 9

Seeing What They Could Not See

“We are of good courage, and we would rather be away from the body and at home with the Lord.” — 2 Corinthians 5:8

A. The Question on the Table

A man is dying on a hospital bed in the Netherlands. His face is blue. He has no pulse. A nurse opens his mouth to insert a breathing tube, finds his dentures, and pulls them out. She drops them into the sliding drawer of a crash cart loaded with bottles and supplies. Then she continues helping the team try to save his life.

The resuscitation lasts more than an hour and a half. Against the odds, his heart starts again. He is moved to intensive care, still in a coma. Days pass. Over a week later, the man is awake and back on the regular ward. The same nurse walks in to give him his medication.

He looks at her and says, “Oh, that nurse knows where my dentures are.”¹

She freezes. He goes on to describe the crash cart, the sliding drawer, the bottles on top. He describes the small room, the people in it, and what they did during his resuscitation. He knows where she put his teeth. He knows all of this because, he tells her, he was floating near the ceiling watching the whole thing.

He had been unconscious the entire time. Comatose. Turning blue. There was no medical reason he should remember anything, let alone the placement of his dentures in a drawer he had never seen before that night.

This is the kind of case that changes a conversation. Not a dream. Not a vague impression of light and peace. A specific, checkable claim about the physical world, made by a person who was clinically dead when the events happened.

Researchers call this a veridical perception, meaning a confirmed one. The person reports seeing or hearing something during their NDE, and later someone checks, and they got it right.² In Chapter 8 we looked at what an out-of-body experience is and why it matters so much. Here we look at the evidence. The famous cases. The data. The numbers from my own doctoral research. And the question those numbers press on every honest person: If the brain is shut down, who is doing the seeing?

This chapter is the evidential heart of the book. It will not prove the soul beyond all argument. No single chapter can do that. But it will lay evidence on the table that any fair reader has to reckon with.

B. The Evidence in Front of Us

To understand what we are dealing with, we need to be clear about what counts as good evidence and what does not. A person who comes back from a cardiac arrest and says “I saw a bright light” is reporting an experience. That tells us something. But it does not give us anything to check. A person who comes back and says “I saw the doctor put my teeth in the second drawer of the crash cart, the one with the sliding panel” is making a claim about the physical world. That claim can be checked. If the claim turns out to be right, and the person was unconscious the whole time, then we have a confirmed perception. We have evidence that something more than the brain was at work.³

In Chapter 7 we talked about what separates strong evidence from weak evidence in NDE research. The strongest cases share three features. First, the person was in a documented medical crisis. Not feeling faint. Not meditating. Their heart had stopped, or their brain was being monitored and showed no activity. Second, the person reported specific, concrete details about the physical world around them. Third, someone else confirmed those details afterward. A nurse, a surgeon, a family member, a medical record. The experience lines up with what actually happened.⁴

The cases I am about to present meet this bar. They come from three of the most famous and well-documented episodes in NDE research, along with the numbers from my own doctoral study of more than five thousand cases. Each one involves a patient who should not have been able to perceive anything. Yet they did. And what they perceived turned out to be accurate.

Keep something in mind as we go. The cases I will describe have been examined, cross-checked, and debated for decades. Skeptics have tried to explain them away. Believers have sometimes oversold them. I want to do neither. I want to present the evidence as honestly as I can, name the objections fairly, and let you weigh it for yourself. What I am convinced of, after years of study, is that this evidence makes a powerful case. Whether it convinces you is between you and God. My job is to lay it on the table.

Three cases stand at the center of this field. The tennis shoe. The dentures. And Pam Reynolds. After those, we will turn to the numbers from my own research. Together they build a picture that is very hard to explain away.

C. The Heart of the Case

1. Maria’s Tennis Shoe

In the early 1980s, a woman named Maria was brought to Harborview Medical Center in Seattle after a massive heart attack. She was resuscitated. A hospital social worker named Kimberly Clark Sharp came to check on her and found her upset and confused.⁵

Maria told Kimberly that during her cardiac arrest, she had floated out of her body. She described the emergency room in detail: where the staff stood, what they did, the machines they used, even the movement of paper from the electrocardiogram. These details checked out.⁶

But then Maria said something stranger. She told Kimberly that while out of her body she had moved outside the building. She drifted upward along the outside wall of the hospital. And there, sitting on a narrow window ledge about three stories up, she spotted a tennis shoe.

Not just any shoe. A man’s dark blue tennis shoe. Well-worn. Scuffed on the left side where the little toe would go. The shoelace was caught under the heel.⁷

Kimberly was skeptical. But she went to look. She checked the east side of the building. Nothing. The north side. Nothing. Then, four rooms into the west side, she pressed her face against a window and looked down at the ledge below.

The shoe was there. A dark blue tennis shoe. Scuffed on the side. The lace tucked under. Exactly as Maria described it.⁸

Later, Kimberly realized something else. From ground level, you could not see the scuff mark or the lace. Those details were only visible from a point directly in front of the shoe, three stories up. Maria would have had to be hovering in midair to see what she described.⁹

Critics have questioned the case. No one has been able to track Maria down afterward to re-interview her. A team of skeptics photographed the ledge to argue the shoe could have been seen from inside. But Kimberly Clark Sharp stood by the account for decades, and at the time, many people at Harborview spoke to Maria and saw the shoe themselves.¹⁰

I want to be honest about the limits of this case. It happened decades ago. The shoe has been lost. Maria herself cannot be found. If this were the only case of its kind, a skeptic could reasonably set it aside. But it is not the only case. It is one of many. And the pattern it represents, a dying person reporting accurate physical details from a point outside the body, shows up again and again in the research. Maria’s shoe is where the trail starts. It is not where it ends.

2. The Man Who Knew Where His Teeth Were

In 2001, Dutch cardiologist Pim van Lommel published the results of a landmark study in The Lancet, one of the world’s most respected medical journals. His team had studied 344 patients who survived cardiac arrest in ten Dutch hospitals. Of those, sixty-two (about 18 percent) reported a near-death experience.¹¹

One case in particular stunned the research team. It was the story I opened this chapter with. A coronary-care-unit nurse had removed the unconscious man’s dentures and placed them in a drawer on the crash cart. Over a week later, when the patient saw her on the ward, he recognized her immediately. He told her exactly where she had put his teeth. He described the cart, the drawer, the bottles on it. He described the room and the appearance of the people present.¹²

The nurse confirmed that this all happened while the man was in a deep coma, receiving CPR. He should have had no awareness at all. Yet he told her he had been floating above the scene, watching everything, and desperately trying to let them know he was still alive. He said he was terrified they would give up and stop the resuscitation. In fact, the medical team had been very negative about his chances that night. They nearly did stop. He knew that, too.

Think about the details for a moment. This was not a vague feeling of peace or light. The man knew which nurse removed his teeth. He described the crash cart. He described the drawer. He identified the room and the people in it. He knew their appearance. All of this while he lay unconscious, blue in the face, without a pulse for an hour and a half. Four weeks later he walked out of the hospital healthy.

“I was especially amazed because I remembered this happening while the man was in deep coma and in the process of CPR. When I asked further, it appeared the man had seen himself lying in bed, that he had perceived from above how nurses and doctors had been busy with CPR. He was also able to describe correctly and in detail the small room in which he had been resuscitated as well as the appearance of those present like myself.”

— Coronary-care-unit nurse, as reported in van Lommel et al., The Lancet (2001)¹³

Sam Parnia, whose own research we will look at in Chapter 12, later reflected on this case. As he noted, people sometimes wonder if cardiac arrest survivors are just recalling scenes from television. But the dentures man described details that were completely specific to his own resuscitation. A dream or imagined experience would not include the precise drawer of a crash cart the patient had never seen before.¹⁴

3. Pam Reynolds and Standstill Surgery

If any single NDE case has earned the title of “most documented,” it belongs to Pam Reynolds. Her story has been examined in books, medical journals, and television documentaries for over three decades. And the reason is simple: no case in the history of NDE research has ever been so thoroughly monitored during the experience.¹⁵

In 1991, thirty-five-year-old Pam Reynolds was living in Atlanta when doctors found a giant aneurysm at the base of her brain. If it ruptured, she would die instantly. Standard surgery could not reach it. So she was referred to Dr. Robert Spetzler at the Barrow Neurological Institute in Phoenix, Arizona.¹⁶

Spetzler had developed a procedure called hypothermic cardiac arrest. The surgeons would cool Pam’s body to sixty degrees Fahrenheit, stop her heart, flatten her brain waves, and drain the blood from her head. Then, with the aneurysm no longer pressurized, Spetzler could remove it. The procedure had a nickname among the doctors who performed it: “standstill.” In plain terms, they would kill her, fix the problem, and bring her back.¹⁷

Here is what makes this case so powerful for our question. Pam was under general anesthesia. Her eyes were taped shut. Small molded speakers were inserted into her ear canals, emitting loud clicking sounds at 100 decibels (about as loud as a symphony at full volume), at a rate of 11.3 clicks per second. These clicks were there to test whether her brain stem was still working. On top of that, Steven Cordova, the neuroscience technologist at Barrow, later explained that the speakers were sealed in with “mounds of tape and gauze” covering the entire outer ear.¹⁸ She could not see. She could not hear. And before the procedure was over, her EEG was flat and her blood had been drained from her brain.

Yet Pam reported a vivid experience. And parts of it checked out.

Pam reported floating out of her body through the top of her head when the bone saw began to cut. She described the saw as looking “like an electric toothbrush” with a “groove at the top where the saw appeared to go into the handle.” She said it had interchangeable blades stored in what looked “like a socket wrench case.”¹⁹

Cardiologist Michael Sabom, who documented the case in detail, was deeply skeptical when he first heard this description. An electric toothbrush? That did not sound like any surgical instrument he knew. But when the Midas Rex Company sent him the user manual for the bone saw Dr. Spetzler had used, Sabom was stunned. The photographs showed a small hand-held device that looked remarkably like an electric toothbrush. The interchangeable blades were stored in a case that resembled a socket wrench set.²⁰ The saw was not visible when Pam entered the operating room. It was inside its packaging. It was not taken out until the surgery was well under way, more than an hour after anesthesia had been given.²¹

Pam also reported hearing a female voice say something about her veins and arteries being too small. Medical records confirmed that these words were spoken. The cardiac surgical team had tried to access the femoral artery in her right groin for the bypass machine, found the vessels too small, and switched to the other side.²²

Her neurosurgeon, Dr. Spetzler, confirmed the clinical reality on camera. During Pam’s standstill phase, he said, “If you would examine that patient from a clinical perspective during that hour, that patient by all definition would be dead. At this point there is no brain activity, no blood going through the brain. Nothing, nothing, nothing.”²³

Sabom, a careful and cautious researcher, described the medical monitoring of Pam’s case as going far beyond anything that had been recorded before.²⁴ The case did not rely on the patient’s word alone. It rested on precise medical documentation, confirmed observations, and the testimony of the surgical team itself.

Pam’s experience did not end at the operating table. She later described entering a dark tunnel, being drawn toward a brilliant light, and meeting several deceased relatives. She recognized her grandmother and an uncle, who eventually guided her back toward her body. When she saw her body again, she did not want to return to it. “It looked terrible, like a train wreck,” she later said. “I looked like what it was: dead.” She was pushed back in. She described the sensation as “diving into a pool of ice water.”

By 12:32 p.m. her body was rewarmed and the bypass machine was turned off. By 2:10 p.m. she was in the recovery room. Against every expectation, she had survived. And she brought back a story that matched what her surgical team had done, in a room she could not see, during a procedure she could not hear, while her brain was flat.

Pam Reynolds is the most documented case. She is not the only one. In another cardiac surgery, a truck driver named Al Sullivan accurately described his surgeon’s unusual habit of pointing with his elbows and “flapping” his arms during the triple-bypass procedure. Sullivan was fully anesthetized and draped. He could not have seen the surgeon’s posture from his position on the table, and the detail was far too specific to be a guess. The surgeon confirmed the habit.²⁶ Cases like Sullivan’s show that the Pam Reynolds case is not a one-off. The pattern repeats.

4. The Numbers: My Doctoral Data

Individual cases are powerful. But cases can be questioned. Someone can always argue that a single story is a coincidence, or that the details were embellished over time. That is why I spent years doing something different. In my doctoral research, I gathered and scored 5,278 near-death experiences from both scholarly literature and online databases. I wanted to know how many of them carried evidence that consciousness was working apart from the brain. Not just feelings. Not just impressions. Concrete, confirmable details.²⁷

That number is not a guess. It comes from careful scoring of each case against specific criteria. Did the person describe real-world details during unconsciousness? Were those details later confirmed by another person or by medical records? How precise were the details? The higher the precision and the more documented the medical crisis, the higher the score.

Nearly one in three cases carried strong evidence. Over a thousand involved perception of things at a distance from the physical body. These are not anecdotes from a handful of famous patients. This is a pattern running through thousands of reports, from hospitals and clinics across the world, spanning decades of research.

5. The Correlation That Should Not Exist

Here is the finding from my research that, to my mind, is the hardest to explain away.

If NDEs are products of a dying brain, then the worse the medical crisis, the more confused and garbled the perception should be. A brain starved of oxygen produces worse output, not better. A brain in cardiac arrest is shutting down. A brain with no measurable electrical activity on an EEG is, by every clinical standard, offline. We should expect the perceptions reported during these states to be foggy, fragmented, and unreliable.²⁹

The opposite is true.

In my data, the worse the medical crisis, the better the confirmed perception. The highest quality scores came from patients in documented cardiac arrest with flat EEG monitoring. The people who were the most dead, by every measure we have, reported the most accurate and detailed observations.³⁰

Think about what this means. If the brain were producing these experiences, we would expect them to get worse as the brain fails. Instead they get sharper, clearer, and more precise. That is not what a dying machine does. That is what happens when something other than the machine is doing the perceiving.

I have thought about this finding a great deal. In everyday life, brain damage makes cognition worse. A stroke reduces awareness. Heavy sedation dulls thought. Oxygen deprivation causes confusion. These are facts that no one disputes. Every other impairment of the brain impairs the mind. But in these cases, the complete shutdown of the brain seems to liberate awareness rather than destroy it. The perception does not merely persist. It improves.

This finding is exactly what we would expect if the brain is not the source of consciousness but more like a receiver or a filter. When the filter shuts off, the signal does not disappear. It comes through more clearly. That is the prediction of substance dualism, the view we examined in Chapter 2. And the data from my study match that prediction better than any dying-brain theory matches it.

As Bruce Greyson has noted, the challenge for the materialist is to explain how “complex consciousness, including thinking, sensory perception, and memory, can occur under conditions in which current physiological models of mind deem it impossible.”³¹

6. The Quality Gap

My study drew on two kinds of sources. One set came from scholarly, peer-reviewed research: cases collected by trained researchers who interviewed patients, checked medical records, and consulted with hospital staff. The other set came from self-reported accounts shared online, mostly through the Near Death Experience Research Foundation (NDERF) website run by Dr. Jeffrey Long.³²

Both sets contained veridical cases. But the scholarly cases scored significantly higher on evidence quality: 31.2 compared to 20.7 on the scoring scale I used. That is a large gap and it was statistically meaningful.³³

What does that gap tell us? Two things. First, the cases that have been most carefully investigated are also the strongest. That matters because critics sometimes claim that better investigation will reveal the experiences to be less impressive than they first appear. In fact, the more carefully a case is studied, the stronger it tends to be. Second, the self-reported cases, while weaker on average, still contain real evidence. Even the online database includes confirmed perceptions. The phenomenon is not limited to a handful of star cases. It is widespread.³⁴

Jeffrey Long’s own research tells the same story. In a review of 287 NDEs with out-of-body reports detailed enough to evaluate, 97.6 percent of the descriptions were entirely realistic. And among the sixty-five people in that group who later checked their own observations, not one found a single error.³⁵ Janice Holden, a leading researcher in veridical perception, reviewed eighty-nine case reports from the scholarly literature and found that 92 percent were completely accurate.³⁶

7. What the Skeptic Would Need

I respect skepticism. Healthy doubt keeps us honest. But look at what a person would need to believe in order to explain all of this away.

You would need Maria to have somehow seen a scuffed tennis shoe on a ledge three stories up, in a part of the building she had never visited, from a hospital bed where she was having a cardiac arrest. You would need the Dutch man to have guessed the exact drawer of a cart he had never seen, while unconscious and turning blue. You would need Pam Reynolds to have identified a surgical saw she had never seen, described its case, and overheard a specific conversation through taped-shut eyes, sealed-in 100-decibel clicking speakers, and general anesthesia. You would also need to explain why she got the details right.

And you would need all of this to be a coincidence. Not once or twice, but across more than a thousand cases in my data alone where patients accurately observed things they had no natural way to know.

Then you would need to explain why the quality of these observations gets better as the brain gets worse. Why the most clinically dead patients produce the most accurate reports. Why no known brain mechanism can account for any of this.

I am not saying that every question has been answered. Honest research always has loose ends. But at some point, the skeptical explanation requires more faith than the simple one. The simple reading is that something in these patients was perceiving, remembering, and reporting even while their brains were shut down. That something, as we argued in Chapter 2, is the soul.

D. What the Researchers and Scholars Say

I am far from the only one who has looked at this evidence carefully. The researchers whose work fills these pages spent years in hospitals, interviewing patients, checking records, and publishing their findings in peer-reviewed journals. They come from different backgrounds. They hold different assumptions about the mind and the brain. But the best of them share a commitment to following the evidence wherever it leads.

Michael Sabom is a cardiologist who began studying NDEs in the late 1970s. Early in his career, he interviewed more than a hundred cardiac arrest survivors. Thirty-two of them claimed to have watched their own resuscitation from outside their bodies. To test these claims, Sabom compared their descriptions with those of twenty-three patients who did not report an NDE but were asked to guess what their resuscitation might have looked like. The result was striking. None of the NDErs made a single error. Twenty of the twenty-three guessers made serious mistakes.³⁷ That study set the standard for controlled investigation in this field.

Pim van Lommel, the Dutch cardiologist behind the Lancet study, brought prospective research into the picture. Instead of looking backward at patients who had already reported an NDE, he enrolled patients before their cardiac arrest and tracked what happened. His study found that about 18 percent of cardiac arrest survivors reported an NDE, and that no medical or psychological factor could predict who would have one and who would not.³⁸

Sam Parnia, a critical care physician at the NYU Langone Medical Center, carried the prospective approach further. His AWARE studies (2008–2020) enrolled more than two thousand cardiac arrest patients across multiple hospitals and used sophisticated brain-monitoring equipment. In AWARE I, one patient described his resuscitation from a point above his body, including the number of shocks he received (exactly two), which the medical records confirmed. He also identified a nurse by name. That case was the first to show verified awareness lasting several minutes during cardiac arrest in a controlled study setting.³⁹ Parnia has described numerous other cases from physicians and nurses who have told him about patients accurately reporting events they could not have witnessed. One cardiologist told Parnia about a man who, after being given up for dead and left for fifteen minutes, was found to have a pulse again. The man later described everything that had happened during his resuscitation, including the moment the team stopped trying and the cardiologist left the room.

Jeffrey Long, a radiation oncologist, has collected thousands of NDE accounts through the NDERF website and scored them against a validated research scale. His work has shown that out-of-body observations during NDEs are almost always realistic and accurate when checked. He has argued, on the strength of nine lines of evidence, that the combination of findings makes NDEs medically unexplainable by any known brain-based model.⁴⁰

Bown and Parr, in their recent book Verified Near-Death Experiences, have gathered many of the strongest veridical cases in one place, presenting the specific details that were later confirmed and the medical documentation behind each one.⁴²

These researchers do not agree on every point. They debate how to interpret the AWARE shelf-image tests (which were inconclusive because the verified cases happened in rooms without the test images). They disagree about the best methods for future studies. Some are more cautious in their conclusions than others. But what none of them has found is a brain-based explanation that accounts for the data. The verified perceptions remain. The pattern holds.

E. Counter-Objections

Fair dealing requires hearing the other side at its strongest. Here are the most common objections to the cases presented above, stated as honestly as I can, followed by why I believe they fall short.

Objection: The famous cases are old and anecdotal. Maria’s shoe dates to the early 1980s. Pam Reynolds’s surgery took place in 1991. Critics argue that older cases have had time to be embellished and are not held to modern standards. This is a fair caution, but it does not erase the evidence. First, research has shown that NDE memories remain stable over years and even decades; they do not grow or distort the way ordinary memories do.⁴⁵ Second, the Pam Reynolds case was not based only on Pam’s memory. It was backed by detailed medical records, the testimony of her surgical team, and Sabom’s independent investigation of the surgical instruments. Third, newer cases from Parnia’s AWARE studies and Long’s database show the same pattern. The famous cases are old, but they are far from alone.

Objection: Selective reporting inflates the pattern. Perhaps only the best cases get published. The misses never make it into the books. This is worth taking seriously. Any field that relies on case studies risks selection bias. But the prospective studies (van Lommel, Parnia) enrolled patients before their cardiac arrest and tracked what happened. They did not choose their cases after the fact. And the large-scale retrospective reviews, including Long’s analysis and my own, looked at thousands of cases and scored them all, not just the stars.⁴⁶

Objection: Details were added after the fact. Memory is unreliable, critics note, and patients may unconsciously add details to their stories over time. Again, this is a legitimate concern in any research based on human testimony. But as noted above, multiple studies have shown that NDE memories are remarkably stable. And in the strongest cases, the details were shared with nurses, family members, or researchers shortly after the patient woke up, not years later.

Objection: The famous cases are few. Maybe a handful of remarkable stories exist, but they are the exception, not the rule. My response: they are not few. My study found over 1,600 cases meeting the bar for strong or exceptional evidence, with over a thousand involving confirmed observation at a distance. Long’s review found nearly 98 percent accuracy among out-of-body observations that could be checked. Holden’s review of the scholarly literature found 92 percent accuracy across eighty-nine cases. This is not a handful. It is a pattern.⁴⁷

F. What This Means for You and Me

The evidence in this chapter does not answer every question. It does not tell us what the afterlife looks like. It does not tell us who the being of light is. It does not sort out which NDE teachings are trustworthy and which are not. We will work through all of those questions in the chapters ahead.

What this evidence does tell us is something simpler and deeper. You are more than your body. When the brain shuts down, something keeps going. Something sees, hears, remembers, and reports back. That something is what the Bible calls the soul.

“And the dust returns to the earth as it was, and the spirit returns to God who gave it.” — Ecclesiastes 12:7 (ESV)

The Bible has always said this. The soul is real. The soul survives. The dead are not gone; they are with God or they await Him. What the evidence in this chapter adds is confirmation from the real world. From monitored hospital beds and operating rooms. From patients whose brains were flat and whose hearts had stopped. From nurses who found the dentures exactly where the dead man said they would be.

If you are grieving the loss of someone you love, this evidence is meant to comfort you. Not because a tennis shoe on a window ledge proves heaven. But because it shows that the person you lost is not simply gone. The soul survives the death of the body. That is what the evidence says. That is what Scripture says. And the two witnesses agree.

I have sat with people who needed to hear this. A widow whose husband died suddenly. A mother whose child did not survive surgery. A man in hospice care who was terrified of what came next. To each of them, the evidence in this chapter says: the soul is real, and death does not end you. The God who made you body and soul does not lose you when the body gives out.

If you are facing your own death, or walking alongside someone who is, take heart. The testimony of those who have stood at the edge, and the careful work of the researchers who checked their stories, all point in the same direction. Consciousness does not end when the body fails. The part of you that loves and thinks and knows is not tied to your brain the way a program is tied to a computer. You are more than a machine. You are a body joined to a soul. And the soul goes on.

Not every question is settled, of course. The evidence for the soul does not, by itself, guarantee that every NDE story is trustworthy. It does not tell us automatically who the being of light is, or whether a particular vision of heaven is from God or from somewhere else. We still need discernment. We still need Scripture. We will build those tools in the chapters ahead, especially in Part VII.

But the foundation is laid. The soul survives. The dying see things they cannot see. And the evidence for that claim is stronger than many people realize.

For now, let the evidence sit with you. A shoe on a ledge. A set of dentures in a drawer. A surgical saw that looked like an electric toothbrush. And over a thousand cases where the dying saw things they could not possibly have seen.

We are, as Paul wrote, willing to be away from the body and at home with the Lord. The soul that Paul believed in is the soul that the evidence confirms. It survives. It sees. And in the next chapter, we will meet patients who take this evidence to its furthest edge: blind people who see.