What if nature has memory? What if the habits of organisms — how crystals form, how embryos develop, how animals behave — are shaped not only by genes but by fields that carry the accumulated patterns of all previous organisms of the same kind? Rupert Sheldrake's morphic resonance hypothesis is one of the most radical and most discussed ideas in contemporary science.
Rupert Sheldrake (born 1942) is a Cambridge-trained biochemist and cell biologist who, in the late 1970s, began developing a hypothesis that placed him permanently outside mainstream biology — and permanently inside one of the most interesting intellectual positions in contemporary science. His 1981 book A New Science of Life proposed the existence of morphogenetic fields — invisible fields that shape the form and behaviour of organisms — and the radical mechanism of morphic resonance: the influence of past forms on present ones through a non-material, non-energetic connection across time.
The response from the scientific establishment was immediate and hostile. The editor of Nature, John Maddox, wrote an editorial calling the book "the best candidate for burning there has been for many years" — a response Sheldrake has noted is itself interesting, given that the book was a scientific hypothesis inviting experimental testing rather than an ideological manifesto. The hostility has never fully abated, though Sheldrake has continued producing detailed experimental work and engaging seriously with his critics for over four decades.
What makes Sheldrake's position unusual is that he is not a crank operating outside science — he is a serious biologist who received his PhD from Cambridge, was a fellow of Clare College, and conducted agricultural research in India for years. His challenge to mainstream biology is an insider's challenge, made from within the scientific tradition and using its methods. He has proposed specific, testable predictions and designed experiments to test them. Whether those experiments succeed or fail is a scientific question, not a philosophical one.
The problem Sheldrake set out to solve is genuinely difficult: how does a fertilised egg know what kind of organism to become? The DNA contains the instructions for making proteins — but it does not contain a blueprint of the final form. The same DNA produces different cell types (liver cells, neurons, skin cells) that have radically different forms and functions. How the genetic information is translated into three-dimensional form — the problem of morphogenesis — remains incompletely understood in conventional biology.
Sheldrake's proposal: morphogenetic fields — invisible spatial structures that guide the development of organisms toward their characteristic forms. These are not electromagnetic fields or any known physical field — they are a new kind of field, carrying information rather than energy. The field of a developing embryo guides its cells into the right positions and forms; the field of a species carries the characteristic patterns of that species' form and behaviour.
The radical element is morphic resonance: the hypothesis that morphic fields are not fixed but grow stronger through repetition — that every time an organism of a given type develops, behaves or learns something, it strengthens the morphic field for that type, making the same development, behaviour or learning easier for future organisms of the same type, even without any material connection. Nature, in this framework, has memory — and that memory is stored in fields, not in matter.
The scientific establishment's resistance to Sheldrake's work goes beyond the specific hypothesis — it reflects a deeper conflict about what kind of ideas are permissible in science. Morphic resonance, if true, would require revising not just biology but fundamental physics — it implies a non-energetic causal influence across time and space for which no mechanism exists within current physics. For most scientists, the prior probability of such a claim is so low that no experimental evidence short of extraordinary would justify taking it seriously.
Sheldrake's counter: the resistance is ideological as much as scientific. The commitment to a materialist worldview — in which nature is mechanism, consciousness is brain product and there is nothing beyond matter and energy — means that hypotheses like morphic resonance are ruled out in advance, regardless of evidence. He has written at length about what he calls the "dogmas of science" — unquestioned assumptions (that nature is purposeless, that consciousness is a brain product, that the laws of nature are fixed) that function more like religious beliefs than scientific hypotheses.
The debate between Sheldrake and his critics has been unusually direct and public — including his famous dialogue with biologist Lewis Wolpert and philosopher Daniel Dennett at the Royal Society of Arts in 2004. Whatever one thinks of his conclusions, Sheldrake has consistently engaged with the scientific process — proposing specific tests, publishing in peer-reviewed journals and responding to criticism in detail.
The morphogenesis problem is real: The difficulty of explaining biological form purely through genetics is genuine and acknowledged in mainstream biology. Morphogenetic fields in some form are widely accepted — the debate is about what they are and whether Sheldrake's mechanism (morphic resonance) is correct. Starting from a real problem gives his hypothesis more traction than pure speculation would.
The experimental evidence is suggestive but not conclusive: Sheldrake's staring experiments, rat maze studies and telephone telepathy research have produced results consistent with his hypothesis — but independent replication has been inconsistent. Some researchers have replicated his findings; others have not. The experimental work is not convincingly positive or convincingly negative — it remains genuinely uncertain.
The philosophical challenge is serious: Regardless of whether morphic resonance is correct, Sheldrake's critique of scientific materialism as a philosophical assumption rather than a scientific finding is serious and worth engaging. The assumption that consciousness is a brain product, that nature is purposeless and that the universe is governed by fixed eternal laws are philosophical commitments, not established scientific facts. On this point, many philosophers of science agree with Sheldrake even if they reject his specific hypothesis.
Hold as a serious hypothesis: Morphic resonance has not been proven, but it has also not been refuted. It makes specific predictions that are in principle testable. The honest position: it is a bold, imaginative hypothesis from a serious scientist, consistent with certain anomalies in biology and psychology, incompatible with current physics, and worth continued experimental attention.