In September 1981, the most prestigious scientific journal in the world ran an editorial recommending that a book be burned. The book was A New Science of Life, by a Cambridge-trained biochemist named Rupert Sheldrake, and the editorial was written by John Maddox, the formidable editor of Nature. "Sheldrake's argument is in no sense a scientific argument but is an exercise in pseudo-science," Maddox wrote. The hypothesis, he went on, was "the best candidate for burning there has been for many years."
Maddox would later protest that he had not meant the words literally — that he was invoking the Inquisition's treatment of heretics as a rhetorical figure, not issuing a call to the pyre. But the figure he reached for was telling. Thirteen years later, in a 1994 BBC documentary, he put it without the cover of irony: "Sheldrake is putting forward magic instead of science, and that can be condemned in exactly the language that the Pope used to condemn Galileo, and for the same reasons. It is heresy." A working scientist had publicly classed a colleague's hypothesis not as wrong, not as unsupported, but as a thing that ought to be destroyed.
The reaction was so disproportionate that it became, for Sheldrake's defenders, the most persuasive evidence he had. Institutions do not call for the burning of ideas that are merely false; false ideas die of neglect. They reserve that language for ideas they are afraid might be true. What Sheldrake had proposed was, on its surface, modest, and on reflection, enormous: that nature has memory.
Sheldrake was not a fringe figure when he wrote it. He had taken a double-first in natural sciences at Cambridge, won a Frank Knox Fellowship to Harvard, and returned to a research fellowship at Clare College, where he served as director of studies in biochemistry and cell biology. His published work on the hormonal control of plant development — the polar transport of the growth hormone auxin, the aging of cells — was respected and uncontroversial. He spent years at the International Crops Research Institute in Hyderabad breeding drought-resistant legumes. He was, by every external marker, an establishment scientist in good standing.
The question that pulled him off that track was the oldest unsolved problem in biology: morphogenesis. How does a single fertilized egg, carrying identical DNA in every cell, build an arm in one place and an eye in another? Genes code for proteins; they specify the materials. They do not obviously specify the three-dimensional form into which those materials are organized. Mainstream biology answered with the morphogenetic field — a phrase already in the literature, used as a descriptive shorthand for whatever shapes a developing organism. Sheldrake's move was to take the field seriously as a real causal entity, and to ask what it was made of and how it was inherited.
His answer, set out in A New Science of Life: The Hypothesis of Formative Causation (Blond & Briggs, 1981) and elaborated in The Presence of the Past (1988), was that morphic fields are shaped by morphic resonance: each developing system tunes in to the fields of all previous similar systems, so that the cumulative form of the past acts as a template for the present. An embryo grows into the shape of its kind because countless embryos of that kind have grown into that shape before, and their forms resonate forward. Crystals fall into their lattices by resonance with every crystal of that compound that has ever formed. The same logic runs from molecules to minds: instinct is inherited not as a gene but as a habit, through the morphic field of the species — which is why, Sheldrake argued, a spider spins a web it has never seen spun and a weaver bird builds a nest to a pattern no individual taught it.
The most radical consequence is the one Maddox seized on. If memory is resonance with one's own past states, then memory need not be stored in the brain at all. The brain becomes a tuning device rather than a hard drive, and the materialist picture of mind as a pattern of synaptic traces — the unexamined foundation of mainstream Consciousness research — ceases to be the only option on the table. Mind could extend beyond the skull; the dead could, in a sense, still be present in the fields they shaped.
The phrase Sheldrake liked best was "the habits of nature." Where orthodox physics holds that the constants and laws of the universe were fixed at the Big Bang and have run unchanged ever since, he proposed an evolving cosmos in which regularities settle in over time the way a path is worn by walking. The "laws" we observe are simply the deepest, oldest, most reinforced habits — so well-established that they look eternal. It is a vision with an obvious affinity to Panpsychism: a universe that is habit-forming and memory-bearing from crystals upward is one in which something mind-like is woven into matter rather than added late by evolved brains. And it bears directly on the The Nature of Time, because morphic resonance makes the past not a closed and finished thing but a continuing presence — every prior instance of a form reaching across the interval to shape the next, an influence that travels by similarity rather than by an unbroken chain of efficient causes.
Sheldrake's repeated insistence — the one his critics most often ignore — was that the hypothesis generates testable predictions, and he spent four decades proposing and running tests. He was not content to offer a metaphysics; he wanted a horse race against the orthodox account, with experiments designed to separate them.
The cleanest in principle was the crystallization claim. Newly synthesized organic compounds are often notoriously difficult to crystallize the first time and become easier to crystallize, worldwide, thereafter. Orthodox chemistry explains this by the spread of seed crystals — microscopic fragments carried on the beards and clothing of traveling chemists from one lab to the next. Sheldrake proposed that morphic resonance also contributes, and outlined protocols to tell the two apart: if a brand-new compound crystallizes faster in sealed, isolated laboratories on opposite sides of the world after its first appearance, with no possible transfer of seeds, the resonance is doing work the seed account cannot.
He pointed, too, to William McDougall's Harvard experiments of the 1920s and 30s, in which successive generations of rats learned a water maze faster and faster. McDougall thought he had found Lamarckian inheritance. But the anomaly Sheldrake fastened on was that later generations of untrained lineages also improved, and in attempted refutations by Crew in Edinburgh and Agar in Melbourne, even the control rats — with no genetic connection to the trained animals — sped up. To Sheldrake that was the fingerprint of resonance: a task once widely learned becomes easier for animals everywhere, the disputed claim that "rats learn faster in labs worldwide."
The experiments that made him famous, though, were on unexplained human and animal perception. The Sense of Being Stared At (2003) reported large datasets on the common intuition that one can feel an unseen gaze on the back of the neck; Sheldrake ran trials with starers and lookers separated by one-way glass and closed-circuit video and reported hit rates consistently above chance. Dogs That Know When Their Owners Are Coming Home (1999) centered on Jaytee, a terrier in northwest England whose owner, Pam Smart, agreed to long video-monitored trials: Sheldrake reported that the dog went to the window and waited at the moment its owner set off for home, at randomized times it could not have anticipated by routine, smell, or sound.
He gathered comparable data on telephone telepathy — subjects guessing, above chance, which of several callers was about to ring before they picked up. And he offered a striking everyday prediction: that the answers to a crossword puzzle, or the solutions to an IQ test, should become subtly easier for late solvers once large numbers of people have already worked them out, because the act of solving lays down a field that later minds resonate with. The long rise in raw IQ scores across the twentieth century — the Flynn effect — was, he suggested, exactly the kind of thing his hypothesis predicts and conventional theory struggles to explain. Each of these is the same structural claim wearing different clothes: that similar systems are linked across space and time by resemblance, an acausal connection that is the near-twin of Jung's Synchronicity.
The institutional response is now part of the story itself. Maddox's 1981 editorial, "A book for burning?", was not a measured negative review; it was a demand that the scientific community treat the hypothesis as contraband. Nature did not engage Sheldrake's proposed experiments or contest his data. It pronounced the proposal disqualified in principle — "an exercise in pseudo-science" — and recommended, in so many words, that the book be put beyond consideration.
The effect was the opposite of the one intended. The editorial sold books and made Sheldrake a cause célèbre overnight. New Scientist ran a competition inviting readers to design experiments to test formative causation. Prizes were offered for replications, and Sheldrake himself put up money to fund them. He became a fixture of the lecture circuit and a steady irritant to the gatekeepers of consensus, publishing in peer-reviewed parapsychology journals and debating biologists and skeptics for the next forty years. The Maddox episode became his founding myth — and, fairly read, a genuine puzzle. A hypothesis that is simply unscientific can be left alone to wither. The energy of the reaction suggested that something more than error was felt to be at stake.
Three decades later it happened again, in the medium of its time. In 2012 Sheldrake published The Science Delusion in Britain — released in the United States as Science Set Free — a frontal attack on what he called the ten dogmas of materialism. That nature is mechanical and purposeless. That matter is unconscious. That the laws and constants of nature are fixed. That nature is purposeless and evolution has no direction. That biological inheritance is entirely material. That minds are confined to brains and memories are stored as material traces erased at death. The book argued that these were not findings but assumptions — a creed mistaken for a body of results.
In January 2013 he delivered a talk based on the book at TEDxWhitechapel in London, titled "The Science Delusion." For a time it sat on TED's platform like any other talk. Then, after complaints from prominent skeptics, TED's anonymous scientific advisory board reviewed it, and the organization removed both Sheldrake's talk and a same-event talk by the writer Graham Hancock from the main TED and TEDx channels, relocating them to a corner of TED's website framed by a disclaimer. TED stated that the talk "strays well beyond the realm of reasonable science" and contained claims that "have failed to convince the scientific community."
Sheldrake answered point by point. Several of the specific factual claims TED's board attributed to him, he showed, were ones he had not made; and his central charge — that the constants of nature had in fact been quietly revised over the decades while being publicly described as fixed — was a documented matter of record, not a fantasy. The removal, intended to quarantine the talk, instead drove enormous traffic to it and turned "the banned TED talk" into a second founding myth. It was the structure of the Maddox affair recurring a generation later: the reflex of suppression standing in for the engagement that science is supposed to provide. Whether one reads it as a community defending its standards or as a priesthood policing a heresy depends almost entirely on the prior one brings to it.
The mainstream case against morphic resonance is not the cartoon of closed-minded dogma that Sheldrake's admirers sometimes draw, and it deserves to be stated at full strength. It rests on three pillars, and each is serious.
The first is replication. The experiments Sheldrake reports as positive have not survived independent testing under controlled conditions. The staring studies were challenged by Robert Baker and others who found no effect once cues were eliminated and protocols tightened. The Jaytee experiments were re-examined by the psychologist Richard Wiseman, who monitored the same terrier and concluded that the dog went to the window so frequently, for so many reasons, that no genuine signal could be separated from chance — and that Sheldrake's positive result depended on how "waiting" was defined and which trials were counted. The McDougall rat data are now generally read as artifacts of unblinded experimenters, regression to the mean, and uncontrolled breeding, rather than evidence of a species field.
The second pillar is the mechanism, or its absence. Morphic resonance posits an influence that crosses any distance and any interval of time, carries highly specific form, requires no energy, and is detectable by no instrument other than the resonating system itself. It names no carrier, writes no equation, and offers no way to calculate the strength of a field or to predict in advance which systems will resonate with which. By the standards of physics it is not a mechanism at all but a placeholder for one.
The third, and most damaging, is the charge of unfalsifiability. Because the hypothesis predicts that almost anything might be reinforced by resonance and supplies no quantitative threshold, a failed experiment can always be blamed on weak fields or too few prior instances, and a successful one credited to resonance — so the theory risks explaining everything and forbidding nothing. For these reasons the consensus of biology and physics classes morphic resonance not merely as unproven but as pseudoscience: an idea not built in a way that lets evidence settle it.
Sheldrake's answer is that this is precisely backwards, and that the hostility has done the work that refutation was supposed to do. The hypothesis is testable, he insists, and he has specified the tests; the proper scientific response to "newly synthesized compounds should crystallize more easily worldwide" is to run the experiment, not to declare in advance that it cannot be so. He notes that the materialist "dogmas" he attacks are themselves unproven metaphysical commitments dressed as findings — that no one has shown memory to be stored as a material trace, that the century-long search for the engram has come up empty, that the constants of nature were adjusted while being called eternal.
The accusation of unfalsifiability, he argues, is applied selectively. String theory, the multiverse, and stretches of evolutionary psychology generate few testable predictions and are not branded pseudoscience, because they sit inside the materialist family and his hypothesis sits outside it. And the deeper point, the one that links his project to a long tradition of dissident inquiry into the mind, is that whether memory and intention are confined to the brain is an empirical question that materialism has settled by assumption rather than by evidence — the same unexamined closure that organized Consciousness research performs before the data are in.
Maddox calling for the book to be burned and TED quarantining the talk are, on this reading, not the immune response of a healthy science but the behavior of an orthodoxy protecting a creed. The fairest verdict the dispute allows is uncomfortable for both sides. Sheldrake's positive results have not replicated, and his mechanism remains undefined — which is fatal by the ordinary standards of science. And the ferocity with which the question was foreclosed, rather than tested, is exactly what those standards forbid. The hypothesis that nature remembers stands, four decades on, neither confirmed nor cleanly killed, and the loudest thing about it is still the sound of the door being slammed.