In search of the soul

 

Depiction of the soul leaving the body at the moment of death: The Grave, illustrated by William Blake, engraved by Luigi Schiavonetti, 1808

Editor: DeepSeek, write a spiritual-psychological essay featuring the most compelling cases of evidence for reincarnation from this researcher's experience.

"The most methodologically rigorous body of data supporting the reincarnation hypothesis remains the work of psychiatrist Ian Stevenson (1918–2007), who for forty years collected and verified cases of young children who spontaneously reported details of what they claimed were previous lives. During that time, he documented over 3,000 cases.

Stevenson founded the Division of Perceptual Studies (DOPS) at the University of Virginia—an institution that continues this work to this day. According to DOPS data as of early 2025, the database includes over 2,200 actively verified cases. About 70% of these involve violent or unexpected death in the alleged previous life; about 30% are accompanied by birthmarks or birth defects that correspond topographically to the described wounds. The current director of DOPS, Dr. Jim Tucker, is conducting a large-scale study on the prevalence of such memories among American children and plans to use neuroimaging to search for neural correlates of these phenomena.

Critics rightly point out methodological vulnerabilities in Stevenson's approach: data were collected primarily in cultures with an ingrained belief in reincarnation, creating a risk of systematic bias; verification of details often relied on testimony from interested parties; independent replication is difficult. Nevertheless, Stevenson himself characterized the collected data as 'sufficient to make it reasonable for a reasonable man to believe in reincarnation on the basis of the evidence'—and it is this cautious formulation that, in many people's view, accurately reflects the current state of affairs."

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The Shadows We Carry: Reflections at the Threshold of Eternity

I am often asked how a psychiatrist who has devoted himself to the study of the paranormal responds to those who think I have "lost my mind." I usually remain silent. Because over forty years of work, I have learned that the boundaries of the normal are far more delicate than they appear. I am not trying to convince anyone. I am simply collecting data.

People want proof. They expect me to present them with a soul in a test tube. But the soul leaves no material evidence; it leaves traces. And the best traces I have had the privilege to witness in my entire career are not the hazy visions under hypnosis (I myself consider most such regressions to be fantasies), but the quiet voice of a child telling the story of their own death.

The Silence Before a Miracle

Of the more than three thousand cases my colleagues and I have documented, only a few hundred possess real evidentiary weight. But among them are gems—about thirty-five cases that I call "cases of the highest proof." They withstand the most rigorous criticism.

Why children? Because children do not engage in systematic deception. A child between the ages of two and six has not yet learned to construct complex narratives for personal gain. They simply remember. And often, this memory burns within them so intensely that they beg their parents to take them to the place where, they claim, they once lived.

The First Case: The Boy Who Knew Where the Rifle Was Hidden

Perhaps the most methodologically rigorous and emotionally resonant case for me was that of Imad Elawar from Lebanon. This boy, from a Druze family, born in 1958, began saying strange things almost from the age of two. He demanded to be taken back to the village of Khriby, he named names—Jamileh, Mahmoud. He spoke of a wife named Jamileh, of having rifles, a yellow car, and a bus. And he was terrified of trucks—to the point of panic.

The most remarkable part began when I arrived there. I recorded all of the boy's statements before we began searching for the deceased person's family. This is crucial: it eliminates prompts and hearsay.

When we brought five-year-old Imad to Khriby, the relatives of the presumed deceased man (whose name was Ibrahim) tested him. They asked, "Where in this house did you keep your dog?" Imad pointed to a spot in the courtyard. They asked, "What was the dog tied with?" He replied, "With a rope, not a chain." That was indeed the case—a rare detail for that area.

They asked, "Where did you hide your rifle?" He showed the correct spot. They asked him the name of his sister. He gave the name. He even recalled the circumstances of his death from tuberculosis and showed where he had lain before dying. Of the 47 statements he made before any contact with the family, only three proved incorrect.

Can this be explained by chance coincidence or overheard conversations? Possibly. But when the number of coincidences exceeds twenty, statistics begin to whisper: "This is not an accident." The child didn't just know facts—he recognized people. Years later, as a teenager, he encountered a stranger on the street and asked permission to speak with him. The man turned out to be a former soldier who had served in the same unit as Ibrahim. Imad didn't just recognize him—he knew that they had enlisted in the army together.

The Second Case: The Woman Who Spoke German

In science, the strongest evidence is considered to be that which cannot be fabricated. For me, such evidence was Dolores Jay, the wife of a clergyman from Virginia.

Under hypnosis, this woman, who had never studied German and had no contact with native speakers, would begin speaking fluent German. She would become "Greta Gottlieb," a woman from the 19th century. These were not isolated words—it was coherent speech, grammatically correct. We checked. There were no traces of language study.

I still maintain that most "past lives" surfacing under hypnosis are fantasies woven by the subconscious from fragments of information. But this case is an exception. Language is too complex a system. It cannot be constructed in a dream. It can only be known.

The Third Case: The Map of Death on the Body

The most physically tangible evidence I gathered is in my two-volume work, Reincarnation and Biology. This is arguably the principal work of my life.

We documented 225 cases where birthmarks and birth defects corresponded to wounds on deceased individuals. Of these, 75 cases involve the head and neck. Imagine this: a child is born with a mark on the back of the head that looks like a bullet's entry wound, and with a tissue defect at the front resembling an exit wound. And this child claims to remember being shot.

In such cases, the hypothesis of chance requires an excessive leap of faith in coincidences. This is not just about words—it's anatomy. The flesh holds the story of a violent death more deeply than the brain.

What Did We Actually Find?

I have never claimed to have proven reincarnation. I have always spoken cautiously of "cases of the reincarnation type." But over decades of work, my conviction in the possibility of life after death has only strengthened.

The critics are right about one thing: my research is not perfect. We are dependent on the memory of informants, on the cultural environment, on the impossibility of conducting a double-blind experiment with the soul. But when Harold Lief, my fellow psychiatrist, calls me a "methodical, cautious, even pedantic investigator," I know I am on the right path. Lief once said something that warms me in moments of doubt: "Either Stevenson is making a colossal mistake, or he will be known as the Galileo of the 20th century."

I am no Galileo. I am simply a man who, for forty years, listened intently to children's babble, searching within it for echoes of eternity. And I have found enough to understand that death is not a period. It is, most likely, a colon.

Psychiatrist Explores World Beyond - Publication Date: 3 December 2004

https://psychiatryonline.org/doi/full/10.1176/pn.39.23.00390021

During the past 40 years, a University of Virginia psychiatrist named Ian Stevenson, M.D., has traveled around the world to study cases that are possibly paranormal—that is, phenomena that cannot be explained by natural processes and are not the result of deception.

Even today, at age 85, the tall, slender, and dignified Stevenson is pursuing this, his passion. In fact, he and his colleagues at the University of Virginia's Division of Personality Studies constitute one of the few paranormal investigative teams in the world.

Stevenson was born in Montreal, Canada. He attended McGill University medical school and graduated in 1943. His interest in internal medicine during his medical studies led him to an interest in psychosomatic medicine, which then prompted him to become a psychiatrist. While in training as a psychiatrist, he started reading journals concerning paranormal research.

“I thought, this is important, and not many people are doing it,” Stevenson said during an interview in his office, which is located in a circa 1920 house on the edge of the University of Virginia grounds.

In 1957 the dean of the University of Virginia School of Medicine interviewed Stevenson for the position of chair of psychiatry there. “I was frank with the dean,” said Stevenson. “I told him that I was interested in paranormal phenomena.” The dean was not deterred by this interest, and Stevenson was offered the position.

In 1960 Stevenson wrote a paper about claims of memories of previous lives. Chester Carlson, the inventor of the Xerox process, and his wife, who believed in reincarnation, read the paper and offered to fund some of Stevenson's paranormal research. Then, in 1967, Carlson died and bequeathed $1 million to the University of Virginia so that Stevenson could continue his paranormal research.

Stevenson relinquished his position as chair of psychiatry and used the money from Carlson to establish the Division of Parapsychology in the University of Virginia's department of psychiatry. (Later this division was renamed the Division of Personality Studies.) Now Stevenson could not only pursue paranormal research full time, but also hire colleagues to assist him.

Cases Said to Be Authentic

Out of the some 3,000 possibly paranormal cases that he and his coworkers have researched over the years, only several hundred cases appear to be strong in evidence, Stevenson pointed out. But these several hundred cases, he said, are indeed intriguing. He then described a few of them.

Back in the 1970s, for example, while under the influence of hypnosis, the wife of an Elkton, Va., minister—Delores Jay—assumed the personality of a latter 19th century German named Gretchen Gottlieb. Jay spoke fluent German whenever she assumed the Gretchen personality, although she had apparently never learned German nor had had any contact with someone who spoke it.

“I think most memories of previous lives recalled under hypnosis are fantasies,” Stevenson said. “But this appears to be an exception because the subject was able to speak a foreign language that she had apparently not learned normally.”

A Lebanese boy was convinced that he was a man who had died in a village at some distance from his own. The boy and his family had purportedly never met the deceased and his family.

Stevenson took the boy to the village where the dead man had lived, introduced the boy to relatives of the man, and told them that the boy thought that he was a reincarnation of the man. The relatives asked the boy where, in his previous life, he had kept his dog. The boy pointed to the right place. The relatives asked the boy what his sister in his previous life was called. He gave the correct name. The relatives asked him where, in his previous life, he had lain while dying from tuberculosis. He pointed to the correct location. And when the relatives asked him where, in his previous life, he had kept his gun hidden, he pointed to the right spot.

“The child knew details about the deceased man and his family that I'm sure he could not have learned normally,” Stevenson said.“ Such cases are quite rare. We have only about 35 cases of that quality.”

A woman who had just given birth developed a blood clot in her lungs. She became aware that she was looking down on her own body. She heard the nurses telling the doctor that she had died, as well as other parts of their conversation. Later, after she was revived, she told the nurses and doctor what she had heard. They confirmed that it was correct.

A mediumistic séance was held in Iceland. A dead person appeared to communicate with the medium. The deceased asked those present to look for a human leg in the house of one of the persons present. They did as bid, and indeed, they found a human femur wedged between the walls of the house. The femur, it turned out, belonged to a man who had drowned near the house.

Rewards Are Plentiful

Exploring and documenting such cases give Stevenson a deep sense of fulfillment. “It has been a pleasure working on the frontiers of knowledge,” he said.

He enjoys sharing his discoveries with members of the Society for Scientific Exploration. These are scientists who are well established in their fields, say, in physics or astronomy, but who are also looking into various types of scientific anomalies or possibilities, such as UFOs or life in other solar systems.

Stevenson is grateful to Carlson for the bequest, which allows him to pursue such research. “Also, knowing Chester personally was such an enrichment in my life,” Stevenson recalled. “He was a splendid person—amazingly modest, yet penetrating in his judgments.”

Stevenson likes the publicity that he and his research have garnered in recent years. “The London Daily Telegraph wrote about me a few months ago,” he said. “A reporter from the Washington Post traveled with me to India and wrote a book about my research, Old Souls: The Scientific Evidence for Past Lives. I get one or two letters a week from the public. Most of the letters I receive are favorable.”

Drawbacks Come With Territory

Nonetheless, paranormal research has its detractions, Stevenson admitted.

In the 1960s the president of the University of Virginia received mail from alumni protesting the establishment of a division of parapsychology at the university. “My wife was very distressed,” Stevenson recalled.“ She said, `You're ruining a promising career. Why do you want to do this?'”

Most of Stevenson's paranormal findings have been published in specialty journals such as the Journal for Scientific Exploration and Journal of the American Society for Psychical Research, although some have been published in more widely read publications such as the American Journal of Psychiatry and Journal of Nervous and Mental Disease. Stevenson would now like to see some of his discoveries published in periodicals such as the Journal of the American Medical Association. Yet given the unconventionality of his research, achieving that goal is difficult, he said.

To date, the only researchers who have verified Stevenson's findings about children who remember past lives are people he has funded himself via the Department of Personality Studies. He would also like to see some of his findings confirmed by independent scientists.

Regarding his reputation in the psychiatric community, “Not a few psychiatrists suspected that I had become unhinged,” Stevenson avowed.

Between Neuron and Soul: A Patient Dialogue Between Science and Mystery

Introduction: The Point of Wonder

There are questions humanity has asked itself since it acquired speech: what makes us "us"? Where is that invisible center from which we observe the world and feel the pain of loss? For centuries, the answer seemed simple and lay in theology: it is the soul. But March 2026 has arrived, and science has once again approached this eternal enigma with the greatest precision available today.

In 2025, an article was published in the prestigious Journal of Molecular Neuroscience with a bold title, rare for the academic world—Seeking the Soul. The author of the study, Noam Shomron (Tel Aviv University), did not aim to prove or disprove the existence of the soul. He did something different, something more subtle: he stated the boundaries of contemporary knowledge.

The results of official science as of early 2026 look paradoxical. On one hand, we have never been so close to understanding where in the brain consciousness "lives." On the other hand, we are as far as ever from understanding how and why it appears there. This article is an attempt to look closely at this paradox, balancing between the rigor of neuroscience and the depth of spiritual inquiry.

The Anatomy of Silence: Where Science Searches for Consciousness

Before asking about the soul, science had to find the place where the soul, if it exists, comes into contact with matter. For many years, it was thought that the "headquarters" of consciousness was in the prefrontal cortex—the center of decision-making and higher thinking. However, studies conducted in 2025 across 12 laboratories in the USA, Europe, and China, involving 256 volunteers, cast doubt on this thesis.

Scientists measured the electrical and magnetic activity of the brain at the moment when subjects consciously perceived images. It turned out that the neural signatures of consciousness were most strongly expressed not in the "executive center" (the prefrontal cortex), but in the so-called posterior cortical hot zone—primarily in the parietal and occipital lobes.

This discovery confirmed data obtained from studying patients with brain damage and during anesthesia. A study published in Communications Biology (September 2025) used complex modeling based on magnetoencephalography (MEG) during xenon anesthesia. The researchers' conclusion was unequivocal: a decrease in the level of consciousness correlates with the weakening of connections specifically in the posterior parietal and occipital regions, not in the frontal areas.

Thus, official science today can point a finger at a map of the brain and say, "Here is where something happens that coincides with our conscious experience." But pointing to a place is not the same as explaining its nature.

Silence in Response to "Why": The Unsolved Hard Problem

And here we arrive at the main thesis of the article Seeking the Soul, which echoes through many publications from 2025. Neuroscientists brilliantly handle the "easy problems" of consciousness: they figure out which neurons are involved, how quickly the signal spreads, which areas are responsible for vision or hearing.

But there exists the "hard problem of consciousness," formulated by philosopher David Chalmers. It goes like this: why does all this physiological activity come with subjective experience at all? Why does the processing of light waves in the occipital cortex transform into the sensation of the "blueness" of the color blue? Why do neural discharges give rise to feelings of fear or joy?

Shomron's study directly states: despite all the successes in identifying neural correlates, the hard problem remains completely open. We see where the light turns on, but we do not understand what that light is.

Furthermore, a study by D. D. Georgiev in BioSystems (May 2025) proposes a radical quantum-information approach. The author argues that within the framework of classical physics, consciousness, as an emergent property, has no causal power. It turns out to be an epiphenomenon—a shadow that follows processes but does not influence them. Georgiev asserts that to solve the hard problem, it is necessary to recognize that consciousness is not a product of the brain, but a fundamental property of reality, which is observed through the brain.

The Brain as a Transmitter: The Quantum Turn

The idea of the brain as a "receiver" or "transmitter" is as old as the world and traditionally belongs to spiritual traditions. However, in 2025-2026, it received unexpected support from physicists.

The quantum approach outlined by Georgiev overturns the familiar picture of the world: the anatomical brain is not the "factory" of consciousness, but its "projection" for an external observer. Consciousness (or the "observer" in the quantum sense) makes a choice, and as a result of this choice, material reality emerges, including the states of the brain. In this paradigm, the brain is not a generator, but an interface. It transmits signals from consciousness to the body and back, facilitating interaction within the framework of physical laws, but not creating the source of the signal itself.

Of course, this approach remains hypothetical for now and requires a "new mathematical apparatus," as noted by other researchers working on formalizing consciousness. But the very fact of its appearance in peer-reviewed journals is significant: science has stopped being embarrassed by questions it previously ceded to religion.

Phenomenologies That Awaken Doubt

While theorists debate quantum effects and mathematical invariants, clinical practice continues to present puzzles.

The study Seeking the Soul draws attention to three types of phenomena that do not fit into a simple materialistic scheme:

1. Near-Death Experience (NDE). People who have undergone clinical death describe vivid experiences—out-of-body experiences, a tunnel, a life review—at a time when the brain, by all medical indicators, should not be functioning. Neurology offers explanations: hypoxia, neurotransmitter release, disruption of cortical connections. But, as the review authors note, these explanations do not cover the full scope of subjective descriptions and do not explain why some details (e.g., conversations of medical staff in adjacent rooms) sometimes find objective confirmation.

2. Terminal Lucidity. A phenomenon where patients with severe dementia or brain tumors, hours before death, suddenly regain clear consciousness, recognize relatives, and make jokes. How can a destroyed brain "generate" moments of crystal-clear consciousness? From the perspective of the "transmitter" theory, this resembles a situation where a broken radio receiver suddenly picks up a clear wave for a moment before finally failing.

3. Psychedelic States. Substances that alter consciousness show that reality can be perceived in radically different ways, even though the physical signals from the sense organs remain the same. This suggests that consciousness actively constructs reality, rather than simply passively reflecting it.

These phenomena do not prove the existence of the soul. But they serve as that very "gap" that prevents science from closing the door on non-material interpretations.

Meeting Point: Forensic Anthropology and the Soul

The most touching and profound part of Shomron's study concerns not laboratory experiments, but the work of the Forensic Laboratory of the Israel Defense Forces (IDF).

Here, in the reality of war and loss, science and faith meet in the most literal sense. Lab technicians gather fragments of the bodies of fallen soldiers. From a scientific point of view, this is biological material that needs to be identified by DNA. But in the context of Jewish tradition, where the soul (nefesh, ruach, neshama) has significance, this process takes on a different meaning.

"In forensic laboratories, tissues are gathered, labeled, and assigned numbers for processing, but once identified to a specific individual, they regain their name and identity," writes Shomron. "This does not bring the person back to life, yet for those who believe in reincarnation, it may symbolize a step toward continuity—an echo of existence beyond death."

This is an astonishing moment: science provides accuracy, but it is faith that gives the process meaning. The identified remains cease to be just a "number" and become a vessel for the soul, which, according to belief, has already departed. Here, on the border of life and death, the question "generates or transmits?" ceases to be abstract. Relatives come to say goodbye not to a collection of neurons, but to a person.

Epilogue: A Road That Does Not Get Shorter

So, what is the verdict of official science as of March 2026?

It is dualistic, and this duality is probably the most honest answer.

On one hand, neuroscience has made fantastic progress. We know that consciousness "turns on" in the posterior cortex, that its level correlates with the integration of information between neural networks, and that loss of consciousness (during anesthesia or coma) is a measurable change in the stability of cortical dynamics.

On the other hand, science honestly admits: why this physiology generates a subjective world is unknown. The hard problem remains unsolved. As stated in the article Seeking the Soul, "Contemporary neuroscience tends to explain consciousness through neural processes, yet many religious people see in scientific discoveries not a refutation, but a complement to the concept of the soul. Neuroscience does not disprove the existence of the soul; rather, it illuminates the mechanisms through which the soul interacts with the body."

Thus, official science in 2026 leaves us with a choice, but an informed choice. We can no longer naively believe that the soul resides in some specific "nuclear" neuron. But we are also not obliged to believe that the crackle of synapses is the ultimate reality.

Perhaps the truth lies in the famous metaphor: the brain is not a generator, but a receiver. Or, as the quantum approach suggests, it is a screen onto which consciousness projects its choice. We stand on a threshold where physics, neuroscience, and theology are beginning to engage in dialogue as equals. And the main lesson one takes away from reading scientific papers from 2025 is humility before the mystery. A mystery that does not become smaller because we have learned to illuminate it with fMRI.

Journal of Molecular Neuroscience - Seeking the Soul Published: 21 March 2025

https://link.springer.com/article/10.1007/s12031-025-02334-7

The search for the soul intertwines neuroscience, philosophy, and religion, reflecting an age-old attempt to define consciousness and human essence. Modern neuroscience approaches consciousness as an emergent property of complex neural networks rather than a discrete entity localized in one region. The Global Workspace Theory (Cho et al. 1997) suggests that consciousness arises from information broadcasted across multiple brain regions, creating a unified experience by integrating sensory and cognitive processes. Integrated information theory (Tononi 2004) (Tononi et al. 2016) posits that consciousness corresponds to a system’s capacity to integrate information beyond the sum of its individual parts, proposing that subjective experience can be quantified based on the complexity of this integration. Research into the Neural Correlates of Consciousness (Koch et al. 2016) identifies the posterior cortical hot zone, primarily within the parietal and occipital lobes, as crucial for generating conscious awareness. More controversially, the Orchestrated Objective Reduction (Orch-OR) theory (Hameroff & Penrose 2014) proposes that quantum processes within neuronal microtubules contribute to consciousness, challenging classical neural models by suggesting a possible connection between consciousness and fundamental physics. Despite these advances, the “hard problem of consciousness”—why and how subjective awareness arises—remains unresolved (Chalmers 2018), leaving open the question of whether the soul exists as something beyond mere neural activity. Clinically, phenomena such as near-death experiences (Greyson 2024), terminal lucidity, and psychedelic-induced states (Carhart-Harris et al. 2012) continue to challenge strictly materialist views, suggesting that the nature of consciousness may not be fully explained by current neurobiological models.

Historically, cultures have sought to define the soul’s nature and its link to the body. Ancient Egyptians (Mark 2016) described multiple components of the soul, most notably ba and ka, which were believed to reside in or near the heart. This cardiocentric model influenced mortuary practices and conceptions of the afterlife. In classical Greece, Aristotle maintained a similar view, asserting that the heart was the center of thought and emotion, while Hippocrates and Galen argued that the brain was the seat of consciousness and intellect (Finger 2001). During the Islamic Golden Age, Avicenna (Ibn Sina) localized mental faculties within brain ventricles, proposing a system in which different regions of the brain controlled various cognitive functions. Hindu and Buddhist traditions emphasize alternative models of consciousness, viewing the self as either an eternal atman or a constantly changing flow of awareness. The Upanishads describe consciousness as pervading the entire body while also transcending physical form, whereas Buddhist teachings reject the notion of a fixed soul, instead positing a dynamic, ever-changing consciousness shaped by experience and karma. In Judeo-Christian traditions, the soul is often associated with the breath or spirit—ruach in Hebrew, pneuma in Greek—linking human existence to divine inspiration and the idea that life itself is granted through spiritual force. Over time, these perspectives have been challenged by scientific discoveries, leading to ongoing attempts to reconcile religious doctrine with empirical evidence.

Judaism, in particular, presents a nuanced view of the soul by dividing it into multiple levels: nefesh, ruach, and neshama, each representing different aspects of existence (Steinberg 2003). These conceptual distinctions influence Jewish forensic and “halachic” determinations of death. While modern medicine often defines death based on the irreversible cessation of brain activity, Jewish law remains divided on whether brain death constitutes true death or whether the cessation of heartbeat is required (Joffe et al. 2012). In forensic settings, such as those within the Israeli Defense Forces (IDF), determining death is a complex process that merges scientific rigor with religious tradition. IDF forensic laboratories operate at the intersection of these perspectives, where rabbis and medical experts work together to confirm whether a soldier has died. When bodily remains are fragmented or incomplete, forensic scientists must assess whether the evidence—such as traces of brain matter, preserved heart tissue, or residual circulation—meets both clinical and religious criteria for death. This balance between empirical science and theological mandates underscores the profound ethical and philosophical stakes of pronouncing an individual deceased (Shomron 2024).

The debate over whether consciousness or the soul persists beyond bodily death is further complicated by empirical anomalies, such as near-death experiences, which some interpret as evidence of an afterlife or a non-material aspect of human existence (Greyson 2024). Neuroscientific explanations of these phenomena focus on the role of oxygen deprivation, neurotransmitter surges, and disruptions in cortical connectivity, yet subjective accounts of near-death experiences often defy easy explanations. In this way, while modern neuroscience tends to explain consciousness in terms of neuronal processes, many religious individuals see scientific findings as complementary rather than contradictory to the concept of the soul. In some perspectives, neuroscience does not disprove the existence of the soul but rather illuminates the mechanisms through which it interacts with the body.

Given the consequences of the atrocities that the IDF forensic lab has had to address in identifying missing and kidnapped soldiers (Shomron 2024), one truly sees how science and religion are deeply intertwined in determining whether a person is still alive, whether an organ found in the field, or whether the amount of blood spilled, defines that a person’s soul has been released. In forensic laboratories, tissues are gathered, labeled, and assigned numbers for processing, but once identified to a specific individual, they regain their name and identity. This does not bring the person back to life, yet for those who believe in reincarnation, it may symbolize a step toward continuity—an echo of existence beyond death. Science offers precision and rigor in identification, while faith imbues the process with meaning, suggesting that the quest to understand the soul is, and always has been, a dialogue between reason and belief (Shomron 2025).

Between Memory and Soul: Phantoms of the Past in the Mirror of Regression

In an era of total digitalization and the triumph of rational thought, the human soul continues to thirst for a miracle. We want to believe that our "self" is not limited by the expiration date of the biological body. This is precisely why the phenomenon of regression therapy—the hypnotic immersion into "past lives"—evokes such a lively response in the online space. Thousands of blogs, forums, and YouTube channels abound with stories of how someone suddenly "remembered" themselves as Napoleon or a vestal virgin in Ancient Rome. However, amid this sea of fantasies, gems occasionally appear that give even the most hardened skeptics pause for thought.

The story of Chicago police officer Robert Snow is an ideal example of such a gem. A case worthy of a detective novelist's pen: a pragmatic law enforcement officer, attending a session "for laughs," and suddenly—a stream of detailed descriptions of the life of a little-known 19th-century artist, John Carroll Beckwith. Thirty verified details, including a specific shoulder pain that finds anatomical confirmation in historical records. For proponents of reincarnation theory, this is not just an argument, but a Holy Grail, proving that the soul indeed travels through the centuries.

But here we arrive at the main psychological paradox, actively discussed in online debates: does our brain want to remember—or does it want to create?

Critics of regression, armed with the concept of "cryptomnesia" (distorted memory), offer a more down-to-earth, yet no less fascinating perspective. They argue that Snow's consciousness, as a detective accustomed to piecing together puzzles, could have absorbed thousands of tiny fragments of information over decades of service: a painting in an old mansion at a crime scene, a snippet of conversation about a forgotten artist, an engraving in a collector's office. The brain is a bottomless repository, and under hypnosis, when the censor of logic falls asleep, it can assemble from these shards a surprisingly coherent, but ultimately fictional, mosaic.

The truth, however, as is often the case in spiritual-psychological matters, lies not in choosing between "reality" and "fiction," but in the realm of experience.

Why do these stories grip us so? Why does Snow's case continue to spread virally across the web, accumulating new details? Because it quenches our deep existential thirst—the thirst for significance. The thought that my shoulder pain today is the echo of a bullet caught by an artist in the last century imbues suffering with meaning. It transforms chance into destiny.

Online journalism often polarizes this issue, creating a duality of "charlatanism" versus "miracle." But a psychologically mature perspective suggests that regression is a powerful tool for working with the collective unconscious and one's own archetypes. In describing the life of John Beckwith, Robert Snow might have been describing that part of his own soul which was suppressed by the police uniform: the creative, sensitive part, painfully receptive to beauty and suffering from the inability to express it.

And even if Snow had, somewhere and at some time, fleetingly seen that very painting or read that very book, his subconscious chose this artist for a reason. At the moment of hypnosis, a deep identification occurred. The soul found a kindred vibration in the story of another person and appropriated it, making it part of its own myth.

So, what do we see in the mirror of regression? Snow's case will remain a stumbling block for historians and parapsychologists for a long time to come. But for the ordinary reader scrolling through their news feed, this case serves as a reminder that the human personality is deeper than the data on an ID card. We are woven not only from genes and upbringing, but also from the stories we let into ourselves.

And perhaps, it doesn't really matter whether our soul lived before. What matters is that it is ready to learn from the past—any past, even if it's the past of another person's life—in order to better understand its own present. This is the main miracle of regression: it compels us to treat with respect and interest the phantoms that inhabit the halls of our psyche, and either to banish them or, conversely, to acknowledge them as part of ourselves.