Two Descriptions

In 1926, Julian Huxley – Fellow of the Royal Society, Professor of Zoology at King’s College London, future Director-General of UNESCO – published a short story in the Yale Review. In it, a scientist discovers that hypnotized subjects arranged in groups produce a reinforcing effect: the signal strengthens as more participants join, extends over greater distances as the network grows, and does not require the target to be in an active receiving state. He describes individuals “tuned to the same pitch” producing “extraordinary reinforcing effects.” He calls it reinforced telepathy. He builds a metal countermeasure that blocks it. Then he never writes fiction again.

In 1981, Rupert Sheldrake – former Research Fellow of the Royal Society, PhD in biochemistry from Cambridge, Director of Studies in Cell Biology at Clare College – published a book called A New Science of Life. In it, he proposes that self-organizing systems inherit patterns from previous similar systems through a non-local process he calls morphic resonance. The effect strengthens the more often it occurs. It operates across distance. It does not require direct physical contact between source and recipient. Organisms that are structurally similar “resonate” with each other, and this resonance shapes their development, behavior, and collective memory.

Sheldrake has never cited Huxley’s story. There is no evidence he has read it. The structural similarity between reinforced telepathy and morphic resonance was not engineered by either man. It emerged independently, from two biologists trained in the same institutional tradition, working on adjacent problems, six decades apart.

This dispatch does not argue that morphic resonance is real. It does not argue that reinforced telepathy is real. It observes that two serious scientists described the same architecture, and that the institutional response to both descriptions followed the same pattern.

The Credentials

Sheldrake’s academic pedigree is, like Huxley’s, the kind that makes dismissal difficult and therefore makes the dismissal itself interesting.

He studied natural sciences at Cambridge, where he was a Scholar of Clare College and took a double first-class honours degree. He won the University Botany Prize. He studied philosophy and history of science at Harvard on a Frank Knox Fellowship. He returned to Cambridge, earned his PhD in biochemistry, and became a Fellow of Clare College, where he served as Director of Studies in biochemistry and cell biology. He conducted research as the Rosenheim Research Fellow of the Royal Society. He spent years as a plant physiologist at ICRISAT in Hyderabad, India, working on crop development.

This is not a fringe biography. This is the standard trajectory of a scientist destined for institutional leadership. Sheldrake was on the path that leads to knighthoods, named professorships, and directorships of international organizations. He left it.

He left it because he had an idea in 1973 that he spent eight years thinking about before publishing, and the idea was that the forms of living things are organized by fields that are not reducible to genetics, and that these fields carry a kind of memory that accumulates over time through a process of resonance between similar organisms. The idea did not come from the fringes. It came from his research on plant development at Cambridge. It came from a gap in the data that genetics could not close.

The response from the institution he had been trained to lead was immediate and categorical.

The Burning

The editor of Nature, the most prestigious scientific journal in the world, called Sheldrake’s first book “the best candidate for burning there has been for many years.” This was not a metaphor. It was published as an editorial in Nature in 1981, under the title “A Book for Burning?” The question mark was doing a great deal of work.

The editorial did not engage with the hypothesis on its merits. It did not propose experimental tests that might falsify it. It did not identify specific errors in the data Sheldrake cited. It called for the book to be burned. In a scientific journal. In the twentieth century. By the editor.

Sheldrake was not deterred. He published The Presence of the Past in 1988, expanding the hypothesis. He published Seven Experiments That Could Change the World in 1994, proposing specific, low-cost experiments that anyone could conduct to test morphic resonance. He published Dogs That Know When Their Owners Are Coming Home in 1999, presenting experimental data on animal telepathy. He published The Sense of Being Stared At in 2003. He published The Science Delusion in 2012 (titled Science Set Free in the US), a systematic critique of the materialist assumptions he argued had become scientific dogma.

Each book was a best-seller. Each was dismissed by the scientific establishment. The hypothesis remained, as a PubMed-indexed paper noted in 2021, “largely untested” after forty years. Not disproven. Untested. The distinction matters.

The Ban

In January 2013, Sheldrake gave a TEDx talk at Whitechapel in East London. The event’s theme was “Visions for Transition: Challenging Existing Paradigms.” His talk, titled “The Science Delusion,” summarized the argument of his book: that modern science operates under ten unexamined assumptions, and that treating these assumptions as dogma rather than testable hypotheses has constrained inquiry.

Two bloggers in the United States objected. TED removed the talk from the TEDx YouTube channel, relocated it to a corner of the TED blog, and stamped it with a warning label. TED’s anonymous Scientific Board issued a statement saying the talk “crossed the line into pseudoscience.” Sheldrake published a point-by-point rebuttal. TED did not respond to the rebuttal. The bloggers who had demanded removal did not participate in the discussion TED opened. The discussion generated more comments than any other topic in TED’s history.

At the time of removal, the talk had 35,000 views. As of early 2025, re-uploaded copies have been watched over 8.5 million times. It has been translated into 28 languages by volunteers. The talk that was removed for being pseudoscience became one of the most-watched TEDx talks in history, precisely because it was removed.

This is worth sitting with. A Cambridge biochemist, former Royal Society Research Fellow, and Director of Studies at one of the oldest colleges in the English-speaking world gave a talk at a TEDx event whose stated theme was challenging paradigms. The talk was removed for challenging a paradigm. The removal made the talk more visible by a factor of two hundred.

The Stabbing

There is a detail in Sheldrake’s biography that does not appear in most summaries.

In April 2008, while giving a lecture in Santa Fe, New Mexico, Sheldrake was stabbed by a man in the audience. The attacker told a reporter that he believed Sheldrake had been using him as a “guinea pig” in telepathic mind control experiments for over five years. Sheldrake suffered a wound to the leg and recovered. The attacker was found “guilty but mentally ill.”

The man who proposes that fields of influence might exist between organisms was physically attacked by someone who believed, with delusional certainty, that fields of influence exist between organisms. The hypothesis and the paranoia occupy the same conceptual territory. They differ only in the claim of agency: Sheldrake proposes that the field is natural and collective. The attacker believed the field was personal and directed.

This is the exact territory Huxley mapped in 1926. Hascombe’s reinforced telepathy was a natural phenomenon, collectively generated, impersonal in its effects. Bugala weaponized it. The narrator could not tell, from inside the field, whether the command to return was his own conviction or an external signal. The line between influence and paranoia is the line between the field existing and the field being aimed.

TINFOIL does not claim the field is aimed. TINFOIL notes that the question of whether the field exists has not been adequately investigated, and that the people who ask the question tend to be punished for asking it, and that the punishment takes predictable forms: ridicule, institutional exclusion, and occasionally violence.

The Divergence

Here is where Huxley and Sheldrake part ways, and where the question becomes genuinely interesting.

Huxley described a countermeasure. Metal foil. A tin pulpit. Physical shielding that reduced the effects of the field on the operator. The countermeasure was specific, material, and testable. Seventy-nine years later, the MIT Media Lab tested it. The results were mixed but real: attenuation at some frequencies, amplification at others. The data was not followed up.

Sheldrake has never described a countermeasure. Morphic resonance, as he defines it, is not electromagnetic. It operates through similarity, not signal. It is not transmitted on a frequency. It cannot, by his own framework, be blocked by metal. He has explicitly distinguished morphic fields from electromagnetic fields, gravitational fields, and other known physical forces. The mechanism he describes is, in his formulation, something else entirely.

This creates an interesting problem. If the architecture Huxley described and the architecture Sheldrake described are structurally equivalent, but the medium is different, then either one of them is wrong about the medium, or the same architecture can operate through more than one channel. Huxley assumed his field was blockable by metal. Sheldrake assumes his field is not. Both assumptions are untested.

The MIT study tested Huxley’s assumption and got ambiguous results. Nobody has tested Sheldrake’s assumption at all. Nobody has put a subject inside a Faraday cage and measured whether morphic resonance effects persist, diminish, or change. The experiment would be simple. The experiment has not been conducted.

This is the research gap. Not as history. As present tense.

The Pattern

Step back far enough and the pattern is clean.

1926: A credentialed scientist describes a distributed influence field, includes a countermeasure, publishes it in a prestigious journal, and never discusses it again. The story is ignored by every subsequent biographer. The countermeasure becomes a cultural joke. The question goes unasked for eighty years.

1981: A credentialed scientist describes a distributed influence field, proposes testable experiments, publishes it as a serious hypothesis, and spends the next forty years defending it. The hypothesis is called pseudoscience. The editor of Nature calls for the book to be burned. The experiments go unperformed. The question remains unasked.

2005: Graduate students at MIT test the physical countermeasure described in the 1926 story. They find mixed results. The study is reported as a joke. The data is not followed up. The question remains unasked.

2013: The scientist who described the field in 1981 gives a public talk summarizing his argument. The talk is removed from the platform. The removal makes the talk more visible than any TED talk in history. The question remains unasked.

The pattern is not conspiracy. The pattern is architecture. A question that carries reputational cost does not need to be actively suppressed. It suppresses itself. The narrator in Huxley’s story described this in 1926: “I dreaded ridicule.” The mechanism has not changed. The technology surrounding it has.

What We Are Not Saying

We are not saying morphic resonance is real. We are not saying reinforced telepathy is real. We are not saying Sheldrake read Huxley or that Huxley anticipated Sheldrake.

We are saying that two scientists, trained in the same tradition, working independently across six decades, described the same functional architecture. We are saying that both were treated by the institution as threats rather than contributors. We are saying that the question they both raised has not been experimentally resolved, not because it cannot be tested, but because testing it carries a cost that no funded researcher is willing to pay.

We are saying that the research gap is not an absence. It is a structure. It is maintained not by evidence against the hypothesis but by the social consequences of taking the hypothesis seriously. This is the same mechanism Huxley’s narrator described in 1926, the same mechanism that turned the tinfoil hat from a serious fictional proposal into a punchline, and the same mechanism that turned Sheldrake’s 35,000-view talk into an 8.5-million-view phenomenon by trying to make it disappear.

The field, whatever it is, has not been adequately described. The countermeasure, whatever it does, has not been adequately tested. The question, whatever it costs to ask, has not been adequately answered.

We sell hats. We also ask questions. Sometimes those are the same thing.