Rupert Sheldrake’s Morphic Resonance Theory: Origins and Development

Dr. Rupert Sheldrake, a Cambridge-educated biochemist and cell biologist, developed his theory of morphic resonance after confronting what he saw as fundamental limitations in conventional biological thinking. While working at Cambridge’s Plant Physiology Department and later as Principal Plant Physiologist at the International Crops Research Institute for the Semi-Arid Tropics in India, Sheldrake became increasingly dissatisfied with mechanistic explanations for biological development.

In his seminal 1981 book “A New Science of Life,” Sheldrake formally proposed that nature operates not only through fixed physical laws but also through what he termed “morphic fields” — organizing fields of influence that contain a kind of collective memory. According to this theory, once a pattern of activity occurs (whether in crystal formation, animal behavior, or human thought), it creates a field that influences similar patterns in the future, making them more likely to occur again. This would explain why, for instance, once a chemical compound has crystallized in a particular form, it tends to crystallize in the same form more readily thereafter, even in laboratories across the world.

Sheldrake expanded this framework in subsequent works including “The Presence of the Past” (1988) and “Morphic Resonance and the Presence of the Past” (2012), applying it to phenomena ranging from animal migration to human learning and cultural development.

Experimental Evidence and Methodology

Sheldrake has conducted numerous experiments designed to test aspects of his theories, particularly regarding seemingly anomalous perceptual abilities in humans and animals:

The Sense of Being Stared At

In controlled experiments published in the Journal of Consciousness Studies and elsewhere, Sheldrake investigated whether people could detect when they were being observed from behind. Across thousands of trials, subjects reported correct detections at rates statistically higher than chance would predict (approximately 55% rather than the expected 50%). Critics have questioned aspects of the experimental design, particularly regarding potential sensory cues, yet Sheldrake’s meta-analyses of multiple studies continue to show small but persistent effects.

Telephone Telepathy

Sheldrake designed experiments where participants were asked to identify which of four potential callers was telephoning them before answering. In studies published in the Journal of the Society for Psychical Research, success rates averaged around 42%, significantly higher than the 25% expected by chance. These experiments were later expanded to include text messages and emails, with similar results.

Pet Anticipatory Behavior

Perhaps most intriguing are Sheldrake’s studies of dogs that appear to know when their owners are returning home. Using videotaped evidence and controlled protocols to eliminate conventional explanations like routine timing or sensory cues, Sheldrake documented cases where animals began waiting by doors or windows precisely when distant owners formed the intention to return home, even at randomly determined times.

The Quantum Connection: Theoretical Frameworks

While Sheldrake’s work developed independently from quantum physics, several theoretical physicists have noted potential connections between morphic fields and quantum phenomena:

Non-locality and Entanglement

Quantum entanglement demonstrates that particles once connected remain instantaneously correlated regardless of distance, what Einstein famously called “spooky action at a distance.” This proven non-locality in physics provides a conceptual framework for understanding how morphic fields might transcend conventional spatial limitations.

Physicist David Bohm, known for his “implicate order” interpretation of quantum mechanics, engaged in dialogue with Sheldrake before his death in 1992. Bohm suggested that both theories point toward an underlying reality where separation is illusory and information is fundamentally non-local.

Quantum Biology

The emerging field of quantum biology examines how quantum effects might operate in biological systems. Discoveries that photosynthesis, bird navigation, and possibly even olfaction rely on quantum processes have opened new possibilities for understanding biological organization beyond classical physics.

Theoretical physicist Herbert Fröhlich proposed that biological systems might sustain quantum coherent states at room temperature through coordinated oscillations – a concept that potentially aligns with Sheldrake’s morphic fields as organizing influences.

Premonition Research and Presentiment Effects

Beyond Sheldrake’s work, other researchers have investigated precognitive phenomena using rigorous methodologies:

Presentiment Studies

Psychophysiologist Dean Radin conducted experiments measuring physiological responses (skin conductance, heart rate, pupil dilation) before subjects were shown emotional versus neutral images. Results published in peer-reviewed journals including Frontiers in Psychology showed subtle but statistically significant physiological changes seconds before emotional stimuli appeared, as if the body anticipated future emotional content.

Princeton Engineering Anomalies Research (PEAR)

The PEAR laboratory at Princeton University, directed by Robert Jahn and Brenda Dunne from 1979 to 2007, conducted extensive studies on human-machine interactions and precognitive remote perception. Their data, collected over decades, suggested small but persistent effects beyond chance expectation.

Scientific Controversy and Epistemological Challenges

The scientific reception of Sheldrake’s work demonstrates broader tensions within scientific epistemology:

The Nature Paper Controversy

The editorial in Nature about Sheldrake’s first book (“A book for burning?”) highlighted the intense reactions his work provoked. Editor John Maddox later clarified that he objected not to Sheldrake’s questioning of orthodoxy but to what he perceived as a challenge to the testability criterion of scientific hypotheses.

Methodological Challenges

Critics have raised legitimate concerns about potential methodological flaws in some of Sheldrake’s experiments, including:

• Difficulty creating truly blind experimental conditions
• Potential for unconscious cueing
• Statistical analysis methods
• Replication challenges

Sheldrake has responded to these criticisms by refining protocols and inviting skeptical observers to witness experiments, though debate continues about whether his methods adequately control for all conventional explanations.

The Hard Problem of Consciousness

The “hard problem of consciousness,” articulated by philosopher David Chalmers, refers to the difficulty of explaining how and why physical processes in the brain give rise to subjective experience. It represents a fundamental challenge to purely materialist accounts of mind.

Sheldrake’s work intersects with this problem by suggesting consciousness might have properties that extend beyond conventional physical limitations. His concept of morphic fields offers a framework for understanding consciousness as potentially participatory in a broader field of influence rather than being solely confined to brain processes.

Recent Research Directions

Sheldrake continues active research through several channels:

The Perrott-Warrick Project

Funded through Trinity College, Cambridge, this project supports Sheldrake’s ongoing studies of unexplained human and animal abilities, including:

• Joint attention phenomena
• Apparent telepathic communication between mothers and infants
• Trans-species perceptual capabilities

Global Consciousness Project

While not directly affiliated with Sheldrake’s work, the Global Consciousness Project (formerly at Princeton University) uses worldwide networks of random number generators to search for coherence effects during major global events, potentially supporting field-like theories of consciousness.

Galileo Commission

Sheldrake participates in the Galileo Commission, an initiative examining the philosophical foundations of science and advocating for expanded methodologies to study consciousness and anomalous phenomena.

Scientific and Philosophical Implications

Whether or not Sheldrake’s specific theories prove correct, they raise important questions about scientific assumptions:

Biological Form and Development

Conventional biology has yet to fully explain morphogenesis – how organisms develop their characteristic forms from simpler structures. While genetic mechanisms provide partial answers, the precise orchestration of development remains incompletely understood. Sheldrake’s morphic fields represent one attempt to address explanatory gaps in current developmental biology.

Memory and Learning

The physical basis of memory storage remains controversial, with protein synthesis, synaptic connections, and epigenetic mechanisms all playing roles. Sheldrake’s theory suggests an additional layer – that memory might be partially stored and accessed through field-like resonance with past similar patterns.

Consciousness Beyond the Brain

Growing interest in panpsychism, integrated information theory, and other non-reductive approaches to consciousness aligns with Sheldrake’s suggestion that mind may not be entirely confined to brain processes.

Conclusion: Beyond the Controversy

While Sheldrake’s theories remain outside mainstream scientific consensus, they have stimulated valuable cross-disciplinary dialogue. The emerging interfaces between quantum physics, biology, and consciousness studies continue to challenge simple distinctions between “orthodox” and “fringe” science.

Scientists like Nobel laureate Brian Josephson have argued that anomalies and unexplained phenomena deserve serious scientific attention, even when they challenge existing paradigms. As Thomas Kuhn noted in “The Structure of Scientific Revolutions,” scientific progress often emerges precisely from investigating phenomena that don’t fit comfortably within existing frameworks.

Regardless of how his specific theories fare in the long term, Sheldrake’s work exemplifies the importance of maintaining open inquiry at the frontiers of scientific understanding, particularly regarding consciousness and its relationship to the physical world. The questions he raises about non-local connections, biological organization, and the nature of mind continue to inspire research across disciplinary boundaries, highlighting the evolving relationship between empirical investigation and theoretical frameworks in contemporary science.​​​​​​​​​​​​​​​​