What Science Cannot Explain Near Pula

Anomalous information transfer in medical settings—instances in which healthcare workers or patients demonstrate knowledge of events they could not have learned through normal channels—has been documented in several peer-reviewed publications, most notably in the context of near-death experiences and deathbed visions. However, "Physicians' Untold Stories" by Dr. Scott Kolbaba describes a broader category of anomalous information transfer that occurs during routine clinical care: the physician who "knows" a diagnosis before the tests return, the nurse who accurately predicts which patients will die on a given shift, and the patient who describes events occurring in other parts of the hospital.

The parapsychological literature distinguishes between several forms of anomalous information transfer: telepathy (mind-to-mind communication), clairvoyance (perception of distant events), and precognition (knowledge of future events). The clinical accounts in Kolbaba's book appear to include examples of all three forms, though the authors typically do not use parapsychological terminology to describe their experiences. For researchers in Pula, Sardinia, the clinical setting offers a uniquely controlled environment for studying anomalous information transfer: patient identities, locations, and clinical timelines are precisely documented, creating conditions in which claims of anomalous knowledge can be objectively verified against the medical record.

The Institute of Noetic Sciences (IONS), founded in 1973 by Apollo 14 astronaut Edgar Mitchell after his experience of transcendent awareness during his return from the moon, has conducted research on anomalous cognition that provides context for the physician accounts in "Physicians' Untold Stories" by Dr. Scott Kolbaba. IONS researchers have investigated presentiment—the physiological response to future events before those events occur—and found that the autonomic nervous system shows measurable changes (alterations in skin conductance, heart rate, and pupil dilation) several seconds before randomly selected stimuli are presented.

These findings, replicated across multiple laboratories and published in peer-reviewed journals including Frontiers in Psychology and the Journal of Scientific Exploration, suggest that human physiology can respond to future events through channels that violate the conventional understanding of temporal causality. For physicians in Pula, Sardinia, the presentiment research offers a framework for understanding the clinical intuitions described in Kolbaba's book—the physician who "just knows" that a patient is about to deteriorate, the nurse who checks on a patient moments before a crisis. If the body can indeed respond to future events, then these clinical intuitions may represent not mere coincidence but a measurable physiological phenomenon operating outside conventional temporal boundaries.

The photon emission from living organisms—biophoton emission—has been measured and characterized by researchers including Fritz-Albert Popp, who demonstrated that all living cells emit ultraweak photon radiation in the range of 200–800 nm. Popp proposed that biophoton emission is not merely a byproduct of metabolic activity but may serve as a communication mechanism between cells and between organisms. His research showed that the coherence of biophoton emission correlates with the health status of the organism, with healthier organisms emitting more coherent photon patterns.

For healthcare workers in Pula, Sardinia, biophoton research offers a potential physical basis for some of the perceptual phenomena described in "Physicians' Untold Stories" by Dr. Scott Kolbaba. If living organisms communicate through photon emission, then the ability of clinicians to "sense" changes in a patient's condition—and the ability of animals like Oscar the cat to detect impending death—might represent the detection of altered photon emission patterns by biological sensors that science has not yet fully characterized. While this hypothesis remains speculative, biophoton research demonstrates that living organisms emit measurable energy that changes with health status—a finding that opens new avenues for understanding the unexplained perceptual phenomena reported by clinical observers.

The electromagnetic emissions of the dying human body represent a virtually unexplored research frontier that could potentially provide physical explanations for the electronic anomalies and perceptual phenomena described in "Physicians' Untold Stories" by Dr. Scott Kolbaba. Every living cell generates electromagnetic fields through its metabolic activity, and the human body as a whole produces electromagnetic emissions ranging from the extremely low frequency (ELF) fields generated by cardiac and neural activity to the biophotonic emissions in the ultraviolet and visible light spectrum documented by Fritz-Albert Popp and colleagues. The dying process, which involves massive cellular disruption, ionic flux, and the cessation of organized electrical activity in the heart and brain, would be expected to produce characteristic electromagnetic changes—yet to date, no systematic study has attempted to measure the full electromagnetic spectrum of the dying process in real time. For biomedical engineers and physicians in Pula, Sardinia, this represents a significant gap in our understanding of death. If the dying process produces electromagnetic emissions of sufficient intensity and specificity, these emissions could potentially explain several categories of phenomena reported in hospital settings: electronic equipment malfunctions (through electromagnetic interference with sensitive circuits), animal behavior changes (through detection by animals' sensitive electromagnetic receptors), and human perceptual experiences (through stimulation of the temporal lobes or other magnetically sensitive brain structures). "Physicians' Untold Stories" documents these phenomena as reported by clinical observers; the next step—a step that researchers in Pula could contribute to—would be to instrument dying patients' rooms with electromagnetic sensors capable of characterizing whatever signals the dying process produces.

The systematic review of terminal lucidity published by Nahm, Greyson, Kelly, and Haraldsson in Archives of Gerontology and Geriatrics (2012) compiled 83 cases from the medical literature spanning three centuries, revealing patterns that challenge fundamental assumptions about the relationship between brain structure and cognitive function. The cases were categorized by underlying condition: 43% involved chronic neurological conditions (Alzheimer's disease, brain tumors, strokes), 30% involved acute conditions (meningitis, high fever), and 27% involved psychiatric conditions (chronic schizophrenia, severe developmental disability). In each category, patients who had been cognitively impaired for months to decades—whose brain imaging showed extensive structural damage—experienced sudden periods of lucid, coherent communication before death. The episodes typically lasted from minutes to several hours and were followed by rapid decline and death, usually within 24 hours. The researchers noted that no current neurological theory can explain how a brain with extensive structural damage—missing neurons, destroyed synapses, widespread amyloid plaques—can suddenly support normal cognitive function. Proposed explanations—catecholamine surges, endorphin release, cortical disinhibition—fail to account for cases in which the brain damage is simply too extensive to support the cognitive function that was transiently restored. For neuroscientists and physicians in Pula, Sardinia, terminal lucidity represents what Nahm calls an "empirical anomaly"—an observation that existing theories cannot accommodate. "Physicians' Untold Stories" by Dr. Scott Kolbaba documents physician encounters with this anomaly, describing the disorientation of watching a patient with advanced dementia suddenly recognize family members, speak coherently, and express complex emotions. These accounts, combined with the systematic review's findings, suggest that the mind-brain relationship may involve mechanisms that our current models of neuroscience do not include—mechanisms that become visible only at the extreme boundary of life and death.

For Midwest physicians near Pula, Sardinia who've maintained a private practice of prayer—before surgeries, during codes, at deathbeds—this book legitimizes what they've always done in secret. The separation of faith and medicine that professional culture demands is, for many heartland doctors, a performed atheism that doesn't match their inner life. This book says what they've been thinking: the sacred is present in the clinical, whether we acknowledge it or not.