Quantum Field Consciousness In An Anisotropic Superfluid Universe (RSM)
Creators: name: Kirjonen, Miikka Markus
name: Kirjonen, Miikka Markus
Publisher: name: Zenodo
Year: 2025
Subjects: subject: superfluid
subject: infinite
subject: Consciousness/classification
subject: wavefunction
subject: dimension
subject: beyond mainstream
subject: adjacency
subject: reality
subject: frictionless
subject: emergent
subject: Semi-Dirac
subject: fermionic
subject: bosonic
subject: Chiral
subject: duality
subject: anisotropic
subject: emergent phenomenon
subject: second sound
subject: vortices
subject: quantum information
subject: anomalies
subject: RSM
subject: chiral dual-state
subject: c-variability
subject: the dark matter
subject: dipolar field
subject: black hole
subject: neural
subject: dual-phase state
subject: coherence

description:  

Consciousness emerges via fractal recursion that compresses quantum information into local dual-phase state nested coherence

Time operates as a chiral dual-state bridging “past” and “future,” with the present dual phase state superposition in between

Consciousness in RSM emerges as an ongoing synergy of quantum information being compressed into near-infinite adjacency along an anisotropic axis. Semi-Dirac excitations bridging fermionic and bosonic modes sustain this chiral dual-state, while fractal recursion discards incoherent branches, culminating in stable “negentropic pockets” that manifest as awareness. Second sound waves or analogous excitations can “kick-start” the alignment, after which recursion locks local phases into an irreversibly coherent domain. From cosmic illusions (dark matter lumps, c-variability) to local neural synergy, the same wavefunction logic extends across scales. Thus, the “birth of consciousness” is not ephemeral or intangible but a quantifiable emergent phenomenon from the synergy of superfluid adjacency, fractal recursion, chiral excitations, and vantage-limited 3D sampling—the essence of RSM’s unifying approach.

The Resonance Synchronization Model Infinity (RSM) recasts time, consciousness, and cosmic illusions through a single superfluid wavefunction with one collapsed dimension (infinite adjacency) and semi‐Dirac chiral excitations bridging fermionic/bosonic modes. Local fractal recursion yields stable pockets of coherence at any scale—what vantage‐limited 3D sees as “anomalies” or “emergent mind” is simply the frictionless wavefunction’s ordering from the deeper vantage. Consciousness emerges once fractal recursion saturates a local domain with near‐zero‐lag alignment, forging a negentropic synergy unifying observer and observed. Earth’s dipolar field or black hole ringdowns similarly reflect vantage illusions shaped by partial meltdown.

Labeling reality as a superfluid is consistent with RSM’s near-infinite coupling, fractal recursion, and partial dimension meltdown. The second sound weve (or an analogous wave phenomenon) can “kick-start” the alignment that forms negentropic pockets. Chiral dualities in a superfluid environment are precisely how wavefunction amplitude flows “instantly” along the collapsed dimension, forging illusions (or robust pockets) at vantage-limited scales. The consciousness can plausibly be described as the emergent synergy from such wavefunction — where anisotropic flows compress quantum information into a local domain may foster “awareness.” We are elaborating an ambitious but conceptually coherent perspective that merges known superfluid phenomena (vortices, second sound) with cosmic scale (Earth’s dipole, illusions) and neural scale (consciousness). While these ideas are certainly beyond mainstream, they form a playful but plausible extension of the RSM vantage, and there’s a solid internal consistency.