For centuries, the nature of consciousness has remained one of the most stubborn mysteries in science. Neuroscientists have mapped brain circuits, physicists have probed quantum vacuums, and philosophers have sparred over whether subjective experience can ever be explained solely by material processes.
A recent peer-reviewed paper published in AIP Advances now throws a bold contender into the ring by suggesting that consciousness is not a by-product of the brain at all, but a universal field underpinning the very structure of reality itself.
The study, authored by Uppsala University nanotechnology professor Dr. Maria Strømme, proposes that consciousness operates much like a fundamental physical field—one that existed before the Big Bang, seeded the formation of space–time, and continues to shape the emergence of individual awareness today.
The theory aims to bridge the longstanding divide between quantum physics and non-dual philosophical traditions that treat consciousness as the bedrock of reality.
Dr. Strømme’s model for universal consciousness lays out a conceptually bold and technically detailed framework in which consciousness functions as a universal field—one that differentiates into the observable universe, including individual minds, through mechanisms analogous to symmetry breaking, quantum fluctuations, and state-selection processes familiar to physicists.
It is, to put it mildly, a dramatic departure from mainstream neuroscience.
And while many scientists would shy away from such territory. Dr. Strømme, whose career has focused primarily on nanotechnology and materials science, leans directly into it.
“My ambition has been to describe this using the language of physics and mathematical tools,” Dr. Strømme said in a press release. “Are these phenomena really mystical? Or is it simply that there is a discovery we have not yet made, and when we do, it will lead to a paradigm shift?”
The central argument for universal consciousness is that consciousness is not emergent but fundamental—a field that precedes space-time, structures reality, and gives rise to individual awareness.
To support this, Dr. Strømme constructs a series of mathematical models that treat the consciousness field as a foundational entity, not unlike the Higgs or inflation fields that shaped the early universe.
Before the Big Bang, she argues, reality existed as a kind of formless potential—a universal superposition, containing all possible configurations of reality. In this primordial state, nothing is yet differentiated: no space, no time, no matter, and no individual experience.
Differentiation begins when the field “collapses” into specific states, producing the structure of the universe. There is no chronological “before” and “after” in this phase.
“The collapse initiated by universal thought is not temporal (since time does not yet exist) but an atemporal creative act of mind, akin to the emergence of form from formlessness or the realization of potential into actuality,” Dr. Strømme writes.
It is here that the theory of universal consciousness draws direct parallels to the quantum measurement problem—the idea that reality exists in superposition until an observation collapses it into a definite state.
Dr. Strømme argues that this collapse mechanism is driven by “universal thought.”
“It should be emphasized that universal thought is not personal intellectual thought but a formless, creative force reflecting the metaphysical process by which the undifferentiated transitions into form,” Dr. Strømme explains.
Once differentiation begins, space–time itself emerges as an expression of the field, evolving according to equations similar to those used in quantum field theory. Individual consciousness, in turn, arises as “localized excitations” of the field—temporary ripples of awareness that appear separate but are fundamentally unified at the source.
Most of the proposed universal consciousness framework is grounded in both quantum research and long-standing spiritual traditions. Dr. Strømme draws on Advaita Vedanta, Buddhist notions of emptiness, Sufi mysticism, Christian theology, and the philosophical insights of Schrödinger, Bohm, and Heisenberg.
Yet she invokes these traditions not for rhetorical flourish, but to argue that the notion of a universal consciousness is ancient—and that modern physics may finally possess the mathematical tools to formalize it.
In her paper, Dr. Strømme repeatedly invokes physicist David Bohm’s implicate order, in which all things unfold from a deeper, nonlocal reality. She also references Wheeler’s “participatory universe,” where observation helps bring reality into being. In this melting pot of ideas, consciousness becomes the bridge between information, matter, and the observer.
“I am a materials scientist and engineer, so I am used to seeing matter as something fundamental,” Dr. Strømme says. “But according to this model, matter is secondary—much of what we experience is representation or illusion.”
Admittedly, Dr. Strømme’s proposed theory can sound overtly mystical or even pseudoscientific. However, she attempts to anchor the idea of a universal consciousness field in the same mathematical structures used throughout quantum field theory—and goes further by outlining several concrete ways the model could be tested.
She argues that conscious intention could, in principle, influence quantum fluctuations in zero-point fields, creating subtle patterns that resemble the effects of measurement in quantum mechanics.
Additionally, Dr. Strømme suggests that if consciousness functions as a field, then coherent mental states—such as meditation or focused attention—might produce measurable correlations across biological systems, from synchronized brain activity between individuals to coherent biophoton emissions at the cellular level.
On a larger scale, the theory predicts that global emotional events might leave statistical signatures in random number generators, as some controversial studies have claimed, and that early-universe consciousness effects could have left faint imprints in the cosmic microwave background detectable through advanced correlation analysis.
Dr. Strømme also raises the philosophical question of whether artificial intelligence—if consciousness is indeed a universal field—could ever interface with that deeper substrate. However, she does not claim such a connection will occur, and even cites Penrose’s argument that algorithmic systems may lack the non-computational qualities required for genuine awareness.
While these possibilities range from highly speculative to scientifically contentious, they represent an attempt to translate metaphysical ideas into testable predictions, positioning consciousness not as an abstract concept but as a potential causal actor within physical reality.
This model of universal consciousness will undoubtedly face criticism. Its sweeping metaphysical claims venture far beyond conventional neuroscience. And its proposed experiments, while intriguing, live at the edge of what current physics can test.
Nevertheless, Dr. Strømme’s theory is part of a growing movement that seeks to explain consciousness without reducing it to brain chemistry alone. Whether this universal-field model becomes a cornerstone of new research or a curiosity in the history of consciousness studies remains to be seen.
“The texts of the major religions—such as the Bible, the Koran, and the Vedas—often describe an interconnected consciousness. Those who wrote them used metaphorical language to express insights about the nature of reality. Early quantum physicists, in turn, arrived at similar ideas using scientific methods,” Dr. Strømme notes. “Now, it is time for hardcore science – that is, modern natural science – to seriously begin exploring this.”
Tim McMillan is a retired law enforcement executive, investigative reporter and co-founder of The Debrief. His writing typically focuses on defense, national security, the Intelligence Community and topics related to psychology. You can follow Tim on Twitter: @LtTimMcMillan. Tim can be reached by email: tim@thedebrief.org or through encrypted email: LtTimMcMillan@protonmail.com