The Physics of Consciousness

Introduction: The Collapse of Anthropocentric Materialism

For three centuries, the Cartesian-Newtonian paradigm enforced a rigid bifurcation at the heart of Western thought: the material universe (res extensa)—extended, divisible, governed by deterministic laws—occupied one ontological domain; the cognitive domain (res cogitans)—thinking, experiencing, willing—occupied another. The relationship between these domains remained, in Descartes' own formulation, philosophically unresolved. Newtonian physics sharpened the bifurcation by demonstrating the extraordinary explanatory power of treating matter as fully described by its mechanical properties, effectively marginalizing the cognitive domain as irrelevant to natural science.

The twentieth century inheritance of this tradition relegated consciousness to the status of epiphenomenon: a byproduct of sufficiently complex synaptic firing that does causal work in the world only in the derivative sense that the shadow of a hand gesturing can be said to cause the shadow to move. The mind is real, but it is real in the way that a musical performance is real—a pattern produced by physical processes, intelligible only by reference to those processes, and adding nothing to the physical description of what is happening in the concert hall.

The UAP encounter record, interpreted through the ETH's material framework, consistently failed to account for its most distinctive features: non-local psychic interactions between witnesses and entities; apparent manipulation of spacetime by consciousness; archetypal manifestations calibrated to the witness's psychological and cultural context; the hitchhiker effect's persistent alteration of the witness's own consciousness. A paradigm that treats mind as a derivative of matter cannot accommodate phenomena in which mind appears to be the primary operative variable.

A radical reorientation is required: the physical sciences must pivot toward a framework in which consciousness is the foundational, pre-geometric substrate from which matter, space, and time iteratively emerge—a framework that treats the question "how does consciousness arise from matter?" not as the fundamental problem of mind but as a symptom of having the explanatory direction backwards.

Orchestrated Objective Reduction (Orch-OR)

The most mathematically rigorous attempt to locate consciousness within a revised physics framework is the Orchestrated Objective Reduction (Orch-OR) theory, developed through three decades of collaboration between mathematical physicist Sir Roger Penrose and anesthesiologist Dr. Stuart Hameroff. The theory begins from Penrose's argument, developed in The Emperor's New Mind and Shadows of the Mind, that conscious understanding involves non-computable processes—processes that cannot, even in principle, be replicated by any classical algorithmic system.

Penrose's argument draws from Gödel's Incompleteness Theorems: for any sufficiently powerful formal system, there exist true statements that can be seen to be true by a human mathematician but cannot be proved within the system itself. Classical computation is bounded by formal systems; a Turing machine that runs a formal proof system shares the system's limitations. Yet human mathematicians can recognize the Gödelian unprovable statements as true—meaning, Penrose argues, that human mathematical understanding is doing something that no classical algorithm can replicate. The something, he proposes, is quantum: the brain is performing non-computable operations enabled by the non-classical behavior of quantum mechanics.

Hameroff identified the specific biological substrate: microtubules, cylindrical polymers composed of tubulin protein dimers that form the structural skeleton of neurons and all eukaryotic cells. Microtubules are not passive scaffolding. They are dynamic, information-processing architectures with geometry ideally suited for quantum computation: their lattice structure propagates conformational changes through tubulin dimer states (each dimer capable of occupying two conformations), generating quantum superpositions across the extended lattice. Microtubule-associated proteins (MAPs) provide the "orchestration"—biological regulation of quantum states through coupling to cellular biochemistry.

The "objective reduction" component is Penrose's most radical contribution. Standard quantum mechanics holds that superpositions collapse through interaction with an external observer or environment (environmental decoherence). Penrose proposes instead that wave function collapse is gravitational—a feature of the fundamental structure of spacetime. A quantum superposition represents a microscopic bifurcation in spacetime fabric: two slightly different configurations of mass-energy, each curving spacetime in its vicinity slightly differently, existing in quantum superposition. This bifurcation is unstable. When the mass-energy difference between the two superposed configurations reaches a threshold—formally, when the separation reaches one Planck unit of spacetime curvature—the bifurcation spontaneously and irreversibly resolves: objective reduction. No observer is required; no environmental decoherence mechanism is invoked. The collapse is built into the geometry of spacetime itself.

Each gravitational collapse within the orchestrated microtubule system constitutes a discrete, momentary flash of conscious awareness. The continuous stream of subjective experience—what William James called the "stream of consciousness"—is a sequence of these orchestrated, non-computable quantum collapses occurring at the timescale of neural processing.

The Decoherence Critique and Its Refutation

Orch-OR's central empirical vulnerability has been the decoherence objection. In 2000, physicist Max Tegmark published a widely cited analysis arguing that quantum superpositions in the warm, wet, electrically noisy environment of the living neuron would decohere—collapse through thermal noise—in approximately 10⁻¹³ seconds (100 femtoseconds): twelve orders of magnitude faster than the millisecond timescales at which neural processes operate. A 2009 analysis by McKemmish, Reimers, and colleagues extended this critique, arguing that tubulin conformational changes occur too slowly and with too much thermal noise to maintain quantum coherence of functional relevance.

These objections assumed that microtubule quantum states would behave as isolated quantum systems subject to the full force of thermal decoherence from their biological environment. A 2024 breakthrough paper fundamentally undermined this assumption. Babcock, Kurian, and colleagues, publishing in the Journal of Physical Chemistry B, examined ultraviolet superradiance from tryptophan molecules within tubulin proteins under the title "Ultraviolet Superradiance from Mega-Networks of Tryptophan in Biological Architectures."

Source: Babcock, N.S., Kurian, P. et al. (2024). "Ultraviolet Superradiance from Mega-Networks of Tryptophan in Biological Architectures." Journal of Physical Chemistry B.

Tryptophan—an aromatic amino acid—naturally forms massive, hierarchically organized "mega-networks" within the tubulin protein structure, with hundreds of tryptophan molecules arranged in geometric patterns that enable quantum optical coupling. These mega-networks support Dicke-like superradiance: a cooperative quantum optical phenomenon in which many quantum emitters become phase-synchronized and emit radiation collectively rather than independently. The critical signature of superradiance is that emission intensity scales quadratically with the number of participating molecules (N²) rather than linearly (N) as independent emitters would produce. This quadratic scaling proves unambiguously that the molecules are operating as a unified quantum system—not as independent entities that happen to occupy the same protein but as a single coherent quantum entity distributed across hundreds of molecules.

More critically: the superradiance analysis revealed that tryptophan mega-networks support subradiant "dark states"—quantum configurations that are highly protected from emission (and therefore from the loss of quantum information through photon release) because their wave functions are arranged in destructively interfering superpositions with respect to the electromagnetic vacuum. These dark states are, by construction, thermally shielded: the same symmetry that prevents them from coupling to the electromagnetic field also protects them from the thermal fluctuations that constitute the primary decoherence mechanism in warm biological systems. Lindblad master equation analysis proved that the microtubule lattice's geometric structure functions as a topological shield against thermal decoherence. Quantum correlations in these dark states persist for milliseconds to tens of seconds—precisely the timescales at which conscious neural processes operate and on which EEG and fMRI studies observe coherent brain dynamics.

Quantum Mechanisms in Microtubules

Empirical Validation: Macroscopic Quantum Entanglement in the Brain

While Orch-OR provides the theoretical framework, direct empirical evidence that the brain operates as a macroscopic quantum system came from an independent experimental program at Trinity College Dublin. Dr. Christian Kerskens and Dr. David López Pérez developed a novel experimental protocol they termed the "witness protocol", exploiting a technique from quantum information theory called Zero Quantum Coherence (ZQC).

The logic of the witness protocol is elegant. ZQC is an NMR (nuclear magnetic resonance) technique that deliberately suppresses all classical signals by canceling contributions from coherent classical magnetization. Any signal remaining after ZQC suppression cannot, by construction, be explained by classical thermodynamics or classical electromagnetic interactions—it can only arise from quantum correlations between entangled nuclear spin states. The researchers used the nuclear proton spins of ordinary "brain water"—water molecules that diffuse throughout brain tissue—as the quantum system to be entangled: a system whose quantum behavior is well-characterized and whose classical behavior is well-understood, making it ideal as an entanglement witness.

The experimental results were striking. During short, repetitive observation periods with human subjects in an MRI scanner running ZQC sequences, the technique detected powerful non-local entanglement signals distributed across vast, spatially separated regions of the brain simultaneously. The signals arose and decayed with temporal dynamics that closely resembled heartbeat-evoked potentials (HEPs)—electrical signals normally detectable only by EEG, to which standard MRI (measuring magnetic spin states and blood oxygenation) is entirely blind. The only explanation for an HEP-like temporal signature appearing in a ZQC NMR signal is that the heartbeat pulse was triggering or modulating quantum entanglement processes in brain water nuclear spins—a causal chain requiring that the brain's functional processes include macroscopic quantum entanglement as a normal component.

The Kerskens-López Pérez results remain preliminary. The study was published as a preprint in 2022 and, as of early 2026, has not been independently replicated. Several physicists have proposed alternative explanations for the observed ZQC signals, including classical NMR artifacts. However, the study's methodology — using quantum information theory's witness protocol specifically designed to exclude classical explanations — makes it the strongest candidate evidence for macroscopic brain entanglement currently available.

The functional correlations were equally significant. The entanglement signals directly correlated with cognitive performance and with states of active conscious awareness. When subjects fell asleep during the experimental session, ZQC entanglement signals faded and disappeared. When subjects were awake and cognitively engaged, signals were present and strong. Consciousness is not merely accompanied by quantum entanglement in the brain; it is, the data suggest, a direct manifestation of non-local quantum entanglement operating at macroscopic scale.

Maria Strømme's Universal Consciousness Field

In November 2025, Professor Maria Strømme of Uppsala University—a materials scientist whose previous work on electrochemical energy storage had established her as one of Europe's most cited researchers in applied physics—published a paper in AIP Advances titled "A Field Theory of Consciousness." The paper's thesis represents perhaps the most radical formal claim in the philosophy of physics since the Copenhagen interpretation: that consciousness is not an emergent property of complex matter but a fundamental physical field permeating the cosmos, prior to and generative of spacetime itself.

Strømme's model proposes that the universal consciousness field exists, in its ground state, beyond spacetime in an undifferentiated, infinite condition analogous to the quantum vacuum before particle creation. Before the Big Bang, on this account, reality existed as a "universal superposition" or formless potential—a condition that is not nothingness but pure consciousness without content, awareness without object. The emergence of the physical universe resulted from this field differentiating: an "atemporal creative act of mind" or "universal thought" in which the consciousness field self-organized into the complementary structures of space, time, matter, and energy.

The analogy to quantum field theory is precise and deliberate. Just as the electromagnetic field is the fundamental substrate from which individual photons emerge as localized excitations, Strømme's universal consciousness field is the substrate from which individual sentient minds emerge as localized excitations. A human mind is to the universal consciousness field as a photon is to the electromagnetic field: a temporary, localized, quantized concentration of an underlying continuous reality that extends throughout the cosmos. Matter is, on this account, a representation—an emergent property shaped by the deeper substrate of consciousness, in the way that a holographic image is shaped by the interference pattern that generates it.

The framework formalizes and extends two earlier theoretical positions. David Bohm's implicate order proposed that what we perceive as the physical universe is a surface projection of a deeper holographic reality in which all things remain enfolded. Strømme's universal field provides the substrate of that deeper reality: consciousness is what the implicate order is made of. John Archibald Wheeler's participatory universe—the thesis that the universe requires observers to be fully real, and that observers are constitutive of rather than merely registered within physical reality—finds in Strømme's framework a literal physical mechanism: the universe is generated by the consciousness field's self-observation.

The Holographic Universe and the Gateway Process

The convergence between cutting-edge physics and classified government consciousness research is nowhere more striking than in the relationship between Strømme's universal field model and the CIA's 1983 classified document "Analysis and Assessment of the Gateway Process", written by Lieutenant Colonel Wayne McDonnell for the Army Assistant Chief of Staff for Intelligence.

McDonnell's analysis describes the theoretical basis of the Monroe Institute's Hemi-Sync technology—binaural beat audio designed to synchronize the two cerebral hemispheres into coherent states enabling altered consciousness—through a framework strikingly convergent with Strømme's physics. Human consciousness is modeled as a vibrational pattern within a holographic field: a localized standing wave within a universal informational substrate that McDonnell, drawing on the work of physicist Itzhak Bentov and neuropsychologist Karl Pribram, describes as a hologram of infinite dimensions. The physical world perceived in ordinary consciousness is, on this model, a particular resolution of this holographic field—a specific band of the informational spectrum selected by the brain's perceptual architecture.

Hemi-Sync synchronization is proposed to shift the brain's operating frequency into resonance with other bands of the holographic spectrum, enabling perception of and interaction with aspects of reality normally filtered out by the evolutionary perceptual interface. The Gateway document describes this as accessing the "universal continuum"—a formulation that maps precisely onto Strømme's universal consciousness field. That this framework was being developed in classified government research four decades before Strømme's publication suggests either that the underlying physics is sufficiently robust to have been independently arrived at through multiple routes, or that the classified research program had access to empirical data—possibly from UAP reverse-engineering or consciousness contact programs—that informed its theoretical framework.

Donald Hoffman's Interface Theory of Perception

Professor Donald Hoffman of the University of California, Irvine, approaches the same territory from evolutionary biology and cognitive science rather than physics. His Interface Theory of Perception (ITP), grounded in extensive mathematical modeling of how natural selection shapes perceptual systems, arrives at a conclusion that is, if anything, more radical than Strømme's: not only does consciousness precede matter, but the physical world as perceived by human observers does not exist as perceived and, more strongly, does not resemble the underlying reality it represents.

The mathematical foundation of ITP is evolutionary game theory applied to perception. Hoffman's simulations model the fitness consequences of perceptual systems that track objective reality accurately versus systems that track fitness-relevant features of the environment without accuracy. The consistent finding across thousands of evolutionary simulations: accuracy loses to fitness. A perceptual system that accurately represents the objective structure of the environment is outcompeted by one that provides a simplified, pragmatically useful representation even when that representation is wildly inaccurate. Natural selection does not build truth machines; it builds survival machines.

The brain therefore constructs what Hoffman calls a multimodal user interface (MUI). The icons on a computer desktop—a trash can, a folder, a document—do not resemble the underlying transistor states and electrical differentials they represent. They are pragmatic, simplified abstractions designed for ease of manipulation. The experienced world of colored, spatially located objects is the biological equivalent: a pragmatic interface that does not resemble the underlying quantum fields and spacetime geometry it represents.

Hoffman's deeper framework, conscious realism, proposes that what actually exists prior to and independent of any interface is a network of interacting conscious agents—minds relating to minds in a structure that is more fundamental than space, time, or matter. Space and time are data structures within the interface, not features of the underlying reality. Physical objects are icons, not ultimate constituents. When NHI interact with or manipulate the underlying "source code" of this interface—the network of conscious agents and their relational dynamics—what appears from within the interface as a violation of physical law is, from the perspective of the underlying reality, simply an operation performed at a level more fundamental than the level at which physical laws operate.

Hoffman's framework also provides a physics for phenomena traditionally classified as paranormal. Telepathy is not a mysterious long-range force propagating through space; it is direct agent-to-agent communication at the level of the underlying conscious network, where the spatial separation of individuals is an interface construct without fundamental significance. Non-local awareness is not anomalous information transfer defying the light-speed limit; it is perception at the level of the interface-independent conscious reality, where distance does not exist in the way the interface represents it. These phenomena are not paranormal exceptions to physical law; they are baseline normal features of conscious reality that evolutionary constraints have suppressed in standard human perception.

Applications to NHI and Anomalous Phenomena

The theoretical synthesis constructed from Orch-OR, macroscopic quantum entanglement, Strømme's universal field, the Gateway Process model, and Hoffman's interface theory converges on a unified picture of consciousness as the primary operative variable in the UAP encounter and NHI contact phenomena.

The CIA Gateway Process documents suggest that deliberate alteration of brain state through Hemi-Sync or equivalent synchronization techniques enables access to the universal consciousness continuum that underlies ordinary perceptual reality. This is precisely what one would expect from the combined Orch-OR and Strømme framework: if individual consciousness is a localized excitation of the universal field, and if the brain's microtubular quantum architecture is the biological interface through which that localization is maintained, then altering the brain's quantum coherence state—shifting the pattern of orchestrated objective reductions—should alter the boundary conditions of the localization, enabling access to more of the universal field's informational content.

Nolan's caudate-putamen hypermorphism represents the neuroanatomical expression of this principle at the level of individual biological variation. A structurally denser caudate-putamen, with 5 to 15 times normal synaptic density, provides higher bandwidth integration of sensory and associative information—and, crucially, may provide higher-bandwidth integration of the quantum consciousness field itself. If UAP contact phenomena preferentially select individuals with this neuroanatomical variant—as Nolan's research suggests—the selection criterion is not random or arbitrary but reflects a genuine differential in the quality of the biological interface with the underlying consciousness substrate.

Future research directions suggested by this synthesis include combining auditory synchronization techniques with quantum measurement protocols—systematically testing whether Hemi-Sync or related techniques produce measurable changes in ZQC entanglement signals of the kind Kerskens and López Pérez documented, and whether these changes correlate with anomalous perceptual experiences or apparent access to non-local information. The emergence of a rigorous experimental protocol for consciousness-field interfacing would represent one of the most consequential scientific developments in human history.

The Fourth State: Plasma Physics and the Substrate of Non-Human Intelligence

Plasma — the fourth state of matter, comprising more than 99% of the visible universe — provides what may be the strongest scientific bridge between the immaterial and the physical. Peer-reviewed evidence exists for self-organizing, life-like plasma structures, yet this domain has been conspicuously absent from mainstream discussions of consciousness and non-human intelligence. The convergence of plasma physics with consciousness theory opens an entirely new evidentiary channel.

Bohm's Plasma Observations

David Bohm's plasma research at UC Berkeley's Lawrence Radiation Laboratory in the 1940s revealed that electrons in plasma behave as a unified, coherent whole rather than as individual particles. Bohm stated he "frequently had the impression that the sea of electrons was in some sense alive." This observation directly informed his later implicate order theory — the plasma behavior was the empirical seed from which the entire implicate/explicate framework grew. The implicate order was not pure philosophy; it was grounded in empirical observation of plasma behavior exhibiting collective coherence that defied reductionist explanation.

Sources: Bohm, D. (1980). Wholeness and the Implicate Order. Routledge. Bohm, D. & Peat, F.D. (1987). Science, Order & Creativity. Bantam Books.

Inorganic Life in Dusty Plasma

The most significant peer-reviewed evidence for plasma-based life comes from V.N. Tsytovich and colleagues (2007), published in the New Journal of Physics. Their research demonstrated that particles in plasma spontaneously self-organize into helical structures geometrically resembling DNA. These structures exhibit bifurcations capable of information storage, self-duplication, metabolic rates, and non-Hamiltonian dynamics. When tested against the four criteria defining life — autonomy, evolution, reproduction, and autopoiesis — plasma structures satisfy all four. The conditions for their formation are common in outer space and at terrestrial lightning strike points. Given that over 99% of visible matter in the universe is plasma, this vastly expands the domain where life and intelligence could exist — from the narrow band of carbon-based biochemistry to the dominant state of matter in the cosmos.

Source: Tsytovich, V.N. et al. (2007). "From Plasma Crystals and Helical Structures towards Inorganic Living Matter." New Journal of Physics 9, 263. DOI: 10.1088/1367-2630/9/8/263.

Hessdalen Lights: Plasma Exhibiting Apparent Intelligence

The Hessdalen lights in Norway represent the most scientifically documented case of apparently intelligent plasma behavior. Dr. Massimo Teodorani (PhD, Astrophysics) has investigated the phenomenon for decades, documenting light balls ranging from decimeters to 30 meters in diameter with radiant power up to 19 kW and regular pulsations with approximately one-second periodicity. Most remarkably, when researchers aimed a laser at the lights, they responded 8 out of 9 times by changing their flashing sequence from regular to double-flashing mode, reverting when the laser was moved away — a photo-reactive capability suggesting stimulus-response behavior. The lights can split into smaller balls and merge, and show radar returns while sometimes remaining invisible optically. Teodorani has proposed that Orch-OR mechanisms may operate in atmospheric plasma, noting that the measured pulsation periodicity matches predicted Orch-OR collapse timescales.

Sources: Teodorani, M. (2004). "A Long-Term Scientific Survey of the Hessdalen Phenomenon." Journal of Scientific Exploration 18(2), 217-251. Teodorani, M. (2026). "Are The Hessdalen Lights Alive?" March 24, 2026.

Project Condign: The Government's Plasma Conclusion

The UK Ministry of Defence's secret study Project Condign (1997-2000), declassified in May 2006, remains the only known government investigation to directly connect UAP to plasma physics. The 400-page report by Professor Ron Haddow concluded that "the existence of Unidentified Aerial Phenomena is indisputable" and attributed unexplained sightings to "buoyant charged plasma formations." The report acknowledged these formations could induce altered states in witnesses through temporal lobe stimulation. This is critical: Project Condign explicitly states UAP are not extraterrestrial while confirming they are real and attributing them to plasma. It does not state they are not interdimensional. This represents the strongest governmental evidence for the interdimensional framework — an official government study confirming the reality of anomalous aerial phenomena while ruling out the extraterrestrial hypothesis and inadvertently leaving the interdimensional door wide open.

Source: UK Ministry of Defence. "Unidentified Aerial Phenomena in the UK Air Defence Region." (Project Condign) Declassified May 2006. Available via UK National Archives.

Plasma Cosmology Foundations

The theoretical foundations for understanding plasma's cosmic role were laid by Nobel laureate Hannes Alfvén (Physics, 1970), who discovered Alfvén waves and predicted the universe's filamentary structure — later confirmed by large-scale surveys. Kristian Birkeland proposed field-aligned currents connecting space to Earth's atmosphere, confirmed by satellite observation in 1974. An important distinction must be maintained: legitimate plasma cosmology, grounded in Alfvén's peer-reviewed work and Nobel-recognized physics, is fundamentally different from pseudoscientific "Electric Universe" theory. The former represents rigorous astrophysics; the latter extrapolates far beyond the evidence into unfalsifiable territory.

Addressing the Strongest Counter-Arguments

The claims in this chapter challenge deeply held assumptions in mainstream neuroscience and physics. The strongest objections deserve direct engagement.

Tegmark's decoherence critique: Max Tegmark's influential 2000 calculation argued that quantum superpositions in neural microtubules would decohere in approximately 10⁻¹³ seconds — far too fast for cognitive relevance. This remains the single most cited objection to quantum consciousness models. However, Tegmark's calculation assumed microtubules behave as isolated quantum systems in thermal equilibrium with their environment. The Babcock-Kurian tryptophan superradiance findings demonstrate that biological architectures can sustain coherent quantum states through collective shielding effects — precisely the mechanism Tegmark's model did not account for. The decoherence objection may be technically correct for isolated systems while being empirically wrong for evolved biological quantum architectures.

The "just-so story" criticism of Orch-OR: Critics argue that Orch-OR is unfalsifiable — that it explains consciousness by invoking quantum mechanics without making testable predictions. This criticism was more valid before 2014, when Anirban Bandyopadhyay's laboratory demonstrated megahertz-to-gigahertz resonance frequencies in individual microtubules matching Orch-OR's predicted frequencies. The theory now makes specific, testable predictions about microtubule quantum behavior that can be experimentally confirmed or refuted.

Lack of independent replication of Kerskens: The Zero Quantum Coherence study has not been independently replicated as of early 2026. This is a legitimate limitation. However, the absence of replication is not the same as the presence of refutation. The study's methodology is publicly available, and the quantum witness protocol it employs is well-established in quantum information theory. Replication attempts are warranted and, if successful, would constitute landmark evidence for macroscopic brain entanglement.

Synthesis

The emerging physics of consciousness, assembled from the convergent contributions of quantum biology, experimental neuroscience, fundamental physics, and cognitive science, presents a picture of the universe radically at odds with the Cartesian-Newtonian inheritance that continues to structure most scientific and cultural assumptions about mind and reality.

Consciousness is not a byproduct of neural activity that happens to be complex enough. It is a fundamental feature of reality—perhaps the fundamental feature—from which neural activity, physical matter, and spacetime itself are derivative expressions. The human brain is not an information processor that accidentally generates subjective experience; it is a macroscopic quantum transceiver that dynamically interfaces with a cosmos-pervading consciousness field, receiving and transmitting within a universal network of minds whose scope and antiquity dwarf the brief, local episode of human civilization.

The encounter with NHI, in this framework, is not primarily a technological encounter—one civilization's machines meeting another's. It is a consciousness encounter: entities whose understanding of the universal field and whose ability to navigate its structure far exceeds our own, engaging with a species that has barely begun to recognize what kind of reality it actually inhabits. The ontological shock is not the recognition that we are not alone; it is the recognition that we have been systematically wrong about the nature of mind, matter, and reality—and that the cosmos has been waiting, with great patience, for us to notice.