Medicine, Mystery & the Divine Near Uppsala

The field of "predictive processing" in cognitive neuroscience—pioneered by Karl Friston, Andy Clark, and Jakob Hohwy—offers a theoretical framework that could potentially accommodate medical premonitions, though no one has yet proposed this extension. Predictive processing holds that the brain is fundamentally a prediction engine: it maintains a generative model of the world and updates that model based on prediction errors—the difference between expected and actual sensory input. Clinical expertise, in this framework, consists of a highly refined generative model of patient physiology that enables accurate predictions about clinical trajectories.

The physician premonitions in Physicians' Untold Stories challenge this framework by describing predictions that exceed what any plausible generative model could produce. For readers in Uppsala, Central Sweden, this challenge is intellectually exciting: it suggests that either the brain's predictive processing operates over longer temporal horizons than currently assumed, or that it accesses information through channels that the current framework doesn't include. Some researchers in the emerging field of "quantum cognition" have proposed that quantum effects in neural microtubules (as hypothesized by Roger Penrose and Stuart Hameroff) might enable non-classical information processing—potentially including access to information from the future. While this remains highly speculative, the physician accounts in Dr. Kolbaba's collection provide exactly the kind of empirical anomaly that could drive theoretical innovation.

The historical study of premonitions in healing traditions reveals that the physician experiences documented in Physicians' Untold Stories are the most recent entries in a record spanning millennia. The Asklepion temples of ancient Greece (5th century BCE through 5th century CE) were healing centers where patients practiced "incubation"—sleeping in sacred spaces to receive diagnostic dreams. The Greek physician Galen (129–216 CE) reported using dreams for medical diagnosis, and Hippocrates himself described the diagnostic value of patients' dreams. These ancient practices are not mere historical curiosities; they represent a sustained tradition of dream-based medical knowledge that modern medicine has dismissed but never explained.

Research by Kelly Bulkeley (published in "Dreaming in the World's Religions" and in the journal Dreaming) and G. William Domhoff (published in "Finding Meaning in Dreams" and in the journal Consciousness and Cognition) has documented the persistence of medical dreams across cultures and historical periods. For readers in Uppsala, Central Sweden, this historical depth transforms the physician dream accounts in Dr. Kolbaba's collection from isolated modern curiosities into contemporary manifestations of a phenomenon that has been associated with healing for at least 2,500 years—suggesting that whatever generates medical premonitions is a stable feature of human consciousness rather than a cultural artifact.

For patients in Uppsala, Central Sweden whose physicians have acted on an instinct, a hunch, or a feeling that something was wrong — and whose lives were saved because of it — the premonition accounts in Dr. Kolbaba's book provide a possible explanation for what happened. Your physician may not have been just thorough or lucky. They may have been guided by a source of information that transcends clinical training.

The families of patients who experience miraculous recoveries face a unique set of challenges. While the recovery itself is cause for celebration, the experience often leaves families struggling to integrate what happened into their understanding of medicine, faith, and the world. Parents who were told their child would die must suddenly readjust to a future they had given up on. Spouses who had begun grieving must navigate the emotional whiplash of unexpected reprieve.

Dr. Kolbaba's "Physicians' Untold Stories" acknowledges this dimension of miraculous recovery with sensitivity and compassion. The book includes reflections from physicians who observed not just the medical facts but the human aftermath — the tears, the disbelief, the searching questions about meaning and purpose that follow an inexplicable cure. For families in Uppsala, Central Sweden who have experienced or witnessed such events, the book offers validation and company on a journey that few others can understand.

The accounts in "Physicians' Untold Stories" share a remarkable consistency in their emotional arc. First comes the diagnosis — the sober delivery of a terminal prognosis. Then comes the treatment, which may include surgery, chemotherapy, radiation, or palliative care. Then comes the moment of acceptance — the point at which physician and patient agree that medicine has done what it can. And then, unexpectedly, impossibly, comes the recovery.

This arc — from certainty to acceptance to astonishment — gives the book a narrative power that transcends individual cases. For readers in Uppsala, Central Sweden, it suggests that the moment of acceptance may itself be significant — that the relinquishment of control, whether to God, to fate, or simply to the unknown, may play a role in the healing process. Dr. Kolbaba does not make this claim explicitly, but the pattern recurs so frequently in his accounts that it invites reflection on the relationship between surrender and healing.

Among the most medically significant accounts in "Physicians' Untold Stories" are cases involving the regression of conditions previously considered permanently irreversible — spinal cord injuries that healed, cirrhotic livers that regenerated, cardiac tissue that recovered after confirmed infarction. These cases challenge the medical concept of irreversibility itself, suggesting that under certain conditions, the body's capacity for repair may exceed what anatomical and physiological models predict.

For physicians in Uppsala, Central Sweden, these cases are not merely inspirational — they are scientifically provocative. If cardiac tissue can regenerate after confirmed infarction, what does that imply about the heart's latent regenerative capacity? If a damaged spinal cord can restore function, what does that suggest about neuroplasticity? Dr. Kolbaba's documentation of these cases provides a starting point for investigations that could fundamentally alter our understanding of the body's ability to heal itself from what we currently consider permanent damage.

Spontaneous regression of cancer has been most extensively documented in renal cell carcinoma, melanoma, neuroblastoma, and hepatocellular carcinoma — cancers with known immunogenic properties. The estimated rate varies by cancer type: neuroblastoma in infants may spontaneously regress in up to 10% of cases, while spontaneous regression of pancreatic or lung cancer is vanishingly rare, estimated at fewer than 1 in 100,000 cases. A 2014 systematic review in Clinical and Translational Immunology identified immune checkpoint engagement, tumor microenvironment remodeling, and antigen-specific T-cell responses as potential mechanisms, but acknowledged that these mechanisms explain only a fraction of documented cases. The remaining cases — those with no identifiable immune trigger — represent medicine's most profound unsolved puzzle: how does the body occasionally accomplish what the best treatments cannot?

Brendan O'Regan's philosophical framework for understanding spontaneous remission, articulated in his writings for the Institute of Noetic Sciences, emphasized the importance of distinguishing between "mechanism" and "meaning" in medical events. O'Regan argued that Western medicine's exclusive focus on mechanism — the biological pathways through which healing occurs — has blinded it to the equally important question of meaning — the psychological, social, and spiritual contexts that may influence whether and how those mechanisms are activated. He proposed that spontaneous remissions often occur at moments of profound meaning-making: spiritual conversions, psychological breakthroughs, life-changing decisions, or encounters with death that transform the patient's relationship to their own existence.

Dr. Kolbaba's "Physicians' Untold Stories" provides clinical evidence consistent with O'Regan's hypothesis. Many of the patients whose recoveries are documented in the book describe their healing as occurring in a context of profound personal transformation — a shift in meaning that coincided with a shift in biology. For researchers and clinicians in Uppsala, Central Sweden, this correlation between meaning and mechanism offers a potentially productive avenue for investigation. If meaning-making can influence biological healing — and the cases in Kolbaba's book suggest it can — then medicine may need to expand its toolkit to include interventions that address not just the body but the whole person.