A torsion field is a hypothetical field said to be generated by the spin of particles or rotating objects, supposedly capable of transmitting information through space at speeds far exceeding light. Despite its scientific-sounding name, the concept as popularly described has no experimental support and is classified as pseudoscience by the mainstream physics community. The term gets applied to a wide range of fringe claims, from faster-than-light communication to miracle healing devices, none of which have been independently verified.
That said, the idea has a complicated backstory. It borrows language from a real concept in theoretical physics, which is part of why it can sound legitimate at first glance. Understanding what torsion fields actually are (and aren’t) requires separating the real physics from the speculative layers built on top of it.
The Real Physics Behind the Name
The word “torsion” does appear in legitimate physics. In the 1920s, mathematician Élie Cartan extended Einstein’s general relativity to include the intrinsic spin of particles, not just their mass and energy. This framework, known as Einstein-Cartan theory, describes how the spin of matter could theoretically twist the geometry of spacetime, producing what physicists call torsion. In this context, torsion is a geometric property of spacetime itself, not a standalone field that radiates outward or carries messages.
Research within mainstream physics has explored how torsion interacts with other known forces. Studies in the teleparallel equivalent of general relativity, for instance, have shown that electromagnetic fields can both couple to torsion and produce it through their energy and momentum. This work preserves the well-established rules of Maxwell’s electromagnetic theory. But these effects are incredibly small, relevant only at extreme densities like those inside neutron stars or near the Big Bang. They bear almost no resemblance to what torsion field proponents describe.
How the Pseudoscientific Version Emerged
The speculative version of torsion fields originated in the late Soviet Union during the 1980s. A group of physicists, most prominently Anatoly Akimov and Gennady Shipov, loosely borrowed from Einstein-Cartan theory and certain unconventional solutions of Maxwell’s equations to propose something far more dramatic: that the quantum spin of particles could generate fields carrying information through empty space at speeds up to a billion times faster than light.
Akimov proposed dividing torsion into two types. A “static” torsion field would be generated by any object spinning at a constant rate, without radiating energy. A “dynamic” torsion field wave would be released when a rotating object also moved in other ways. He built on these ideas to propose torsion-based communication systems. Shipov later combined Cartan’s original geometric work with Akimov’s proposals to develop what he called a “theory of the physical vacuum” in 1998.
The Soviet-era research program behind these ideas disbanded in 1991 after physicist Eugene Alexandrov exposed the work as fraudulent and an embezzlement of government funding.
What Proponents Claim
The claims made by torsion field advocates are sweeping. They propose that these fields transmit no mass or energy, only “information,” yet can somehow be easily generated and detected. They say the fields propagate at speeds billions of times faster than light, which directly violates special relativity. Proponents also claim that spin-spin interaction, a real but extremely short-range quantum phenomenon, can be transmitted through space like electromagnetic waves.
The internal contradictions are significant. Advocates sometimes claim torsion fields are carried by neutrinos, which are real subatomic particles. But neutrinos interact with matter through the weak nuclear force, one of the feeblest interactions in nature. Proponents simultaneously claim the fields don’t interact with matter yet can be generated and detected with simple equipment. Mainstream physicists have described these overlapping claims as nonsensical.
Earlier, Soviet astrophysicist Nikolai Kozyrev conducted experiments that later torsion field advocates would cite as foundational. Kozyrev reported that shaking, rotating, heating, cooling, or breaking physical objects could change their weight by tiny amounts. He claimed to detect signals from stars that arrived instantaneously, even when the telescope’s mirror was shielded by metal screens, and interpreted this as evidence of radiation traveling billions of times faster than light. He even claimed to detect what he called the “future positions” of stars. These experiments have never been independently replicated under controlled conditions.
Torsion Fields in Alternative Medicine
The concept has found a second life in alternative medicine and “biofield” technology. Torsion field generators are marketed as devices that can interact with biological systems in ways that electromagnetic fields cannot. They sit alongside other unverified concepts like orgone energy and scalar waves in the catalog of devices claiming to act on the body’s supposed energy field.
A review published in Global Advances in Health and Medicine noted that torsion fields are one of the more prominent modalities among devices claiming to influence the biofield. The same review stated plainly that claims of effects and efficacy for these devices have not been verified, and that even the existence of the specific effects reported remains unconfirmed. Torsion fields have also been invoked to explain homeopathy, telepathy, telekinesis, clairvoyance, and other paranormal phenomena, none of which have independent scientific backing.
Why the Idea Persists
Torsion fields occupy a particular niche in fringe science because they borrow from real, mathematically rigorous physics. Einstein-Cartan theory is legitimate. Spin-spin interactions are real quantum phenomena. The language of torsion, vacuum energy, and field propagation all come from actual physics. This makes the pseudoscientific version harder to spot than something with no connection to established science at all.
The gap between the real physics and the claims is enormous, though. Legitimate torsion in Einstein-Cartan theory produces vanishingly small effects that have never been directly measured even with the most sensitive instruments on Earth. The speculative version leaps from this to faster-than-light communication, healing devices, and detection of a star’s future position. No peer-reviewed experiment in mainstream physics has ever detected a torsion field as described by Akimov, Shipov, or their followers. The concept remains outside reputable scientific research, sustained by its superficial resemblance to real physics and its usefulness as an explanation for things that don’t have one.