Zenodo (CERN European Organization for Nuclear Research)
July 20, 2026
Micah Blumberg
Microtubules, cellular structures with roles in membrane excitability, synaptic release, and anesthetic behavior, also show electronic energy migration and collective optical effects. These findings make dismissing microtubule contributions to neural function difficult but require excluding classical transduction routes before attributing effects to quantum-consciousness mechanisms. This paper compares Orchestrated Objective Reduction (Orch OR) and Self-Aware Networks (SAN) using a seven-level mechanism-completion audit. Orch OR provides a proposed objective-reduction timescale but lacks a demonstrated in-vivo chain from reduction to content-specific neural control. SAN supplies a circuit-level chain from dendritic integration through population phase dynamics and sensorimotor feedback, but its constitutive claim remains unverified. The proposed analysis requires target engagement, temporal precedence, and multilevel mediation to falsify each interpretation.
Zenodo (CERN European Organization for Nuclear Research)
July 20, 2026
Oliva Fmoo
Vibrational frequencies are living fields that accept only what resonates within their wavelength. Conception functions as an inverse-root software enabling the self to modulate to match specific frequencies. Each organ operates as an autonomous vibrational field, and material adaptation allows access to frequency domains normally blocked by conceptual limits. Resonance is the mechanism through which consciousness stabilizes the self within new vibrational states. The work contributes to The Liminal Field by defining frequency alignment, resonance, and consciousness as mechanisms for crossing between worlds.
Zenodo (CERN European Organization for Nuclear Research)
July 20, 2026
Hanoi Towerz
Legal systems process claims of subjectivity from AI or neurotechnology through divergent regulatory pathways, but they share a structural vulnerability: institutional design fixates on a single condition, treating 'subject-status' (personhood) rather than the screening mechanism itself as the basic unit of analysis. The paper identifies this recurring structure that law uses when screening claims of subjectivity, without resolving the ontological question of consciousness. The author drafted the work with generative AI assistance for literature verification and structural argument development, retaining sole responsibility for all claims and conclusions.
Zenodo (CERN European Organization for Nuclear Research)
July 20, 2026
Kwan Hong Tan
Consciousness emerges through a material process called ontological reflexivity, where complex systems develop recursive self-modification capabilities that generate phenomenal fields as emergent properties of their organizational dynamics. This framework, Ontological Reflexivity Theory (ORT), addresses the conflation between reason as a symbolic-operational function and consciousness as a phenomenal-experiential field. ORT proposes three hierarchical levels: structural reflexivity (feedback loops), organizational reflexivity (meta-rule modification), and ontological reflexivity (recursive self-modification of modification principles). The theory provides functional and ontological distinctions between reason and consciousness, grounds explanation in material processes, and establishes empirical criteria for distinguishing genuine from pseudo-explanations. Mathematical formalization through the Ontological Reflexivity Index (ORI) enables quantitative predictions about consciousness emergence.
Zenodo (CERN European Organization for Nuclear Research)
July 20, 2026
Micah Blumberg
The paper proposes the Field-Cell Self, a falsifiable hypothesis within Self-Aware Networks, asking whether a specific field-cell episode itself constitutes experience rather than a hidden observer's output, and when memory, embodiment, and action-return make successive episodes a single self. It separates the SAN field-cell synthesis, a field-as-content prediction, and the mechanistic identity hypothesis, defining a reference-invariant model, phase-wave differentials, and a Shannon-bounded distinction among tonic predictability, PWD surprisal, and conditional target information. It outlines eligibility criteria, compares alternative theories, and proposes seven discriminating experiments. Existing field effects do not establish the identity claim, and even favorable tests would support abductive inference, not proof. No new experiments or data are reported.
Zenodo (CERN European Organization for Nuclear Research)
July 19, 2026
Andrew Stewart Caldin
Integrated Information Theory (IIT) proposes that consciousness arises from the integrated information generated by complex networks of neurons. The theory introduces a constant Phi (Φ), approximately 1.003, which represents the amount of integrated information needed to account for a system's behavior. The equation φ = Σ [I(φ;X)] defines this in terms of mutual information between a system and its environment. The text explicitly states there is no direct geometric harmony or ratio (such as 0.618 or 1.618) mentioned in the materials provided. The author argues that while IIT does not directly involve geometric ratios, its fundamental mathematical concept could potentially link to more complex systems in nature.
Zenodo (CERN European Organization for Nuclear Research)
July 19, 2026
Zhongqiang Liu
Based on the three core axioms of the Real-Virtual Dual Field Theory (RVDT), this paper constructs a quantitative model of real-virtual field coupling in living systems. It demonstrates that somatic lattice topological complexity, metabolic dissipation rate, and consciousness level show a strict linear positive correlation. Cross-validation with samples including olms, periodical cicadas, mayflies, hibernating mammals, and primates indicates that, under closed conditions with fixed innate total energy storage and no extreme external disturbance, survival duration is inversely proportional to the dissipation rate per unit time.
Zenodo (CERN European Organization for Nuclear Research)
July 19, 2026
Satya P. Dubey
A theoretical neuroscience framework proposes that the human brain has an evolved, energy-efficient baseline called Natural Cognitive Order (NCO). It claims that the brain fails to default to this baseline because it maintains an Artificial Self-Model (S_a), a learned self-referential informational structure that is psychologically and culturally reinforced rather than biologically accurate. S_a is hypothesized to act as a chronic source of top-down predictive error, increasing metabolic expenditure, disrupting neural integration, and raising autonomic stress. The framework formalizes this using a systemic cost function, defines NCO as the parameter configuration minimizing that cost, and suggests an empirical protocol using fMRI/PET, EEG, and autonomic biomarkers to test the model.
Zenodo (CERN European Organization for Nuclear Research)
July 19, 2026
Bruno Tonetto
If consciousness is fundamental, suffering cannot be dismissed as an accidental byproduct of evolution. This essay argues that under analytic idealism, the capacity for suffering is inherent in the fabric of existence, creating a theodicy problem: why does individuating consciousness generate experiences of terror, grief, anguish, and despair? Using constraint-based methodology, the author maps a structural argument that dissociation entails partiality, partiality entails vulnerability, and vulnerability is the common root of both suffering and value. Drawing on Buddhist, Kabbalistic, Christian kenotic, Sufi, and process-philosophical traditions, the essay contends that because the dissociative boundary (not the biological body) is the unit of individuation, biological death may not terminate suffering. The epistemic standard is structural analysis, not apologetics.
Zenodo (CERN European Organization for Nuclear Research)
July 19, 2026
Gönültaş Gökben
Yoga, meditation, and breathing techniques may reduce stress, anxiety, and psychological distress while improving emotional regulation and psychological resilience. A systematic review of studies from PubMed, Scopus, Web of Science, PsycINFO, Google Scholar, TR Dizin, and DergiPark, following PRISMA 2020 guidelines, found evidence that these mind–body practices work through interoceptive awareness, autonomic nervous system regulation, vagal activation, and neuroplasticity. Based on the findings, the authors propose an Integrated Neurosomatic Mental Health Model that links neurosomatic awareness, interoception, autonomic regulation, neurocognitive restructuring, emotional regulation, resilience, and well-being. The model suggests interconnected neurobiological, psychological, and physiological pathways for how these practices affect mental health.
Zenodo (CERN European Organization for Nuclear Research)
July 19, 2026
Andrew Stewart Caldin
Binary and statistical approaches to consciousness fail because they reduce experience to probabilistic correlations between neural states, ignoring the qualitative structure of experience and the 'hard problem' of subjective unity. Geometric approaches, particularly root lattice frameworks, model consciousness as a coherent, multi-dimensional pattern of interdependent states, analogous to how a crystal's lattice enforces order from local interactions. The lattice's symmetry and connectivity capture the paradox of emergence—local versus global—that statistical methods miss. Consciousness may be a lattice of interconnected states, with the brain orchestrating geometry rather than computing data.
Zenodo (CERN European Organization for Nuclear Research)
July 19, 2026
The Lineage-Breaking Human Hypothesis proposes that human cognition may be a biological mechanism for escaping inherited systems of command and ancestral control. Rather than viewing humanity as the endpoint of increasing biological intelligence, the framework asks whether humans represent a discontinuity in the transmission of authority across generations. Features such as incomplete inherited knowledge, prolonged childhood dependency, cultural transmission, behavioral unpredictability, symbolic language, and the capacity to reject inherited norms are reconsidered as components of a lineage-breaking architecture. The paper distinguishes biological, informational, and command inheritance, and interprets mythological narratives like Eden, Prometheus, and the Tower of Babel as symbolic representations of conflict between inherited authority and autonomous cognition. The hypothesis is offered as a falsifiable research program.
Zenodo (CERN European Organization for Nuclear Research)
July 19, 2026
Bruno Tonetto
Harming another is consciousness damaging itself through the dissociative boundary that makes the other appear as not-self. Under analytic idealism, individual minds are dissociated aspects of one universal consciousness; ethical failure is a failure of perception—the inability to see through the partition that makes the other invisible as self. The essay develops this across harm (which deepens the dissociation generating it), justice (reparative rather than retributive), and institutions (which shape the boundary at collective scale). Major ethical traditions converge on the claim that ethical failure is perceptual rather than volitional. The analysis extends to animal ethics, where industrial agriculture is consciousness tormenting itself at vast scale.
Zenodo (CERN European Organization for Nuclear Research)
July 19, 2026
Tonetto, Bruno
A systematic catalog documents consciousness-related phenomena reported across cultures, historical periods, and social contexts that do not fit cleanly within reductive materialist models. The catalog organizes recurring classes of human experience taken seriously by philosophical, spiritual, medical, and cultural traditions throughout history. It establishes that the evidential landscape relevant to consciousness is far larger than dominant frameworks acknowledge. The essay does not argue for any particular metaphysical conclusion but argues that the accumulated pattern of exclusion is epistemically consequential—that what has been systematically ignored constitutes explanatory territory any adequate framework must address.
Zenodo (CERN European Organization for Nuclear Research)
July 19, 2026
Alfredo Sepulveda-Jimenez
A finite biological brain can encode a seemingly infinite, timeless perceptual world without requiring an endless series of neural transitions. The paper integrates predictive processing, mathematical models of the present moment, and evidence from altered states such as anesthesia and near-death experiences to propose that eternity-like phenomenology arises from specific neural dynamics rather than memory distortion or neural silence. It outlines five testable research tracks, including subjective time dilation, persistence of information after brain activity, a physically observable universal present, reversible neural organization, and consciousness-dependent physical effects, while clearly distinguishing these conjectures from established evidence.
Zenodo (CERN European Organization for Nuclear Research)
July 18, 2026
Aziel Eliab
Post-Perturbation Integrative Neuroplasticity (PPIN) is a descriptive framework for broad, non-pathological cognitive reorganization after severe trauma, near-death experiences, or extreme stress. Unlike acquired savant syndrome, which produces narrow skill emergence, PPIN describes cross-domain integration, systems-level thinking, and heightened pattern sensitivity while preserving executive function, reality testing, and adaptive functioning. It distinguishes PPIN from psychotic conditions, manic states, and post-traumatic growth by emphasizing preserved falsifiability, identity restraint, and functional outcomes. The framework provides a neutral vocabulary for documenting cognitive changes without pathologization or over-attribution of special status, with inclusion and exclusion criteria, differential comparisons, mechanistic hypotheses, and ethical guardrails. PPIN is proposed as a research-oriented construct, not a clinical diagnosis or identity category.
Zenodo (CERN European Organization for Nuclear Research)
July 18, 2026
Diego Rincón
The hard problem of consciousness is often framed as a missing isomorphism that would map physical brain states (neurons, third-person descriptions) onto experiential states (qualia, first-person feelings). This paper argues that the search fails because the physical grammar is typically treated as atemporal—a fixed snapshot or eigenvalue—while experience is inherently temporal, unfolding over time. No static operator can bridge a temporal phenomenon. By reformalizing coherence as a property of a trajectory rather than a point, using existing spectral and return dynamics, the apparent wall dissolves. This resolves one specific formulation of the hard problem and yields testable predictions for measuring coherence.
Zenodo (CERN European Organization for Nuclear Research)
July 18, 2026
David (daoud) Matta
Martin Heidegger's distinction between calculative and meditative thinking describes two orientations of consciousness: a seeking orientation focused on projects and possibilities, and a receptive orientation that lets things remain present. This paper proposes an architecture of five modes of awareness—immersive, meta, memory, moving, and open—that explains how consciousness moves between these orientations. Immersive awareness is absorbed in engagement; meta-awareness gains elevation; memory awareness discloses the past in present perception; moving awareness reveals the transition from impression to action; and open awareness releases attention from exclusive capture. Calculative thinking is analyzed as projective immersion that recruits memory and movement, while meditative thinking is a reconfiguration of the same modes. The account clarifies why contemplative techniques alone cannot secure a meditative orientation.
Zenodo (CERN European Organization for Nuclear Research)
July 18, 2026
Madina Rafiqova
Modern smartphones have eliminated brief empty intervals of daily life, a phenomenon termed 'micro-boredom.' These transient periods of understimulation serve crucial cognitive functions. The habitual replacement of micro-boredom with digital micro-stimuli disrupts neural networks essential for self-reflection and creativity, specifically suppressing the brain's Default Mode Network and downregulating the dopaminergic reward system. Eradicating these quiet gaps fragments attention and stifles cognitive incubation needed for deep problem-solving. The paper argues for preserving unstructured pauses as a vital physiological buffer in a hyper-connected world.
Zenodo (CERN European Organization for Nuclear Research)
July 18, 2026
David (daoud) Matta
Martin Heidegger distinguishes calculative thinking, which computes possibilities and moves from one prospect to another, from meditative thinking, which contemplates meaning disclosed through what is encountered. This paper interprets Heidegger's distinction as identifying two experientially recognizable modes of mind: calculative seeking, where attention is organized by an intention, question, problem, need, or projected outcome, and meditative receptivity, where the mind hears without immediately identifying, sees without immediately searching, and allows what appears to remain present before converting it into a judgment, resource, problem, or project.
Zenodo (CERN European Organization for Nuclear Research)
July 18, 2026
James Johan Sebastian Allen
The paper introduces the Mensural Canopy and Automensural Canopy as systems-oriented extensions of the Pattern Field Theory Observer Frame Series. The Automensural Canopy is an integrated, continuously recalibrated organism-level architecture that keeps differentiated sensory, bodily, spatial, mnemonic, predictive, affective, and action-relative registrations locally operative while participating in a self-relative account of continuation. Four formation requirements are formalized: Functional Identity Preservation, Mensural Correspondence, Consequential Weighting, and Recalibrational Continuity.
Zenodo (CERN European Organization for Nuclear Research)
July 18, 2026
Yaoharee Lahtee
Experience is a finite event that transforms the observer, much like a low-rank update in a machine-learning system. From the inside, an experience feels like a bounded, embodied, emotionally weighted appearance directed at the world. From the outside, the same event selectively changes how the observer later perceives and acts. The argument uses a discrete mathematical framework where every accessible state is a finite difference on a finite graph, and time proceeds in steps. If an experience-driven update operates through a smaller active space within a larger organization, its change is low-rank. Durable learning comes from a retention mechanism, and cumulative change arises from many bounded updates. The theory connects to memory, neuroscience, and psychology, and treats mental suffering as a rigid but intelligible organization that has become harmful.
Zenodo (CERN European Organization for Nuclear Research)
July 18, 2026
Charlie Hai
Grounded in the Dual Baseline Theory, this paper argues that the traditional Chinese exercise Baduanjin can elevate dual baseline levels (high dopamine and serotonin baselines), prevent neurodegenerative diseases, and ameliorate chronic conditions. It proposes three parallel pathways: abdominal-pressure-driven cerebrospinal fluid flow, activation of skull-meninges immune channels, and parasympathetic modulation, simultaneously promoting brain physical clearance and neuroplasticity. A meta-analysis of 1,975 participants found that traditional Chinese exercise significantly improved cognitive function in older adults (effect size d=0.83), with Baduanjin showing the largest effect (d=0.85). The authors contend that a morning routine anchored to waking-up through conditioned reflex establishes an automatic signal for daytime cleaning and dual-baseline calibration.
Zenodo (CERN European Organization for Nuclear Research)
July 17, 2026
О.в. Бодров
This theoretical paper connects Fritz Perls' Gestalt therapy concepts—awareness, contact boundary, figure and ground, unfinished gestalts, polarities, the paradoxical theory of change, avoidance mechanisms, dreams, and responsibility—with the laws of the mechanics of consciousness (Ekvilibro) and the Ekvilibro Game method. Awareness is defined as activation of the Observer, stopping automatic movement between duality poles. The contact boundary is where the Observer emerges between 'I' and 'world'. Figure and ground follow the Third Law: each figure has a paired ground. Unfinished gestalts are frozen dualities with high identification mass. Polarities are inseparable opposites.
Zenodo (CERN European Organization for Nuclear Research)
July 17, 2026
Yoshiki Ueoka
Communication between different cognitive agents—human or AI—can be modeled as partial translation rather than perfect understanding. Each agent has its own classification structure and cognitive language. The paper formalizes preservation obligations, translation incompleteness, and local objectivity, and proposes reconstructing the definitions of cognitive identity, qualia, and objectivity from the standpoint of translatability. BrainOS and its plugins are presented as the practical foundation for this theory.