Sensible Universe

Condensate in SUM

The “perceptual condensate” is a core concept introduced in the Sensible Universe Model (SUM), a proposed framework that aims to unify scientific understanding with spiritual and perceptual experiences. It posits consciousness not as an emergent property of matter but as a fundamental field akin to those in quantum physics.

Definition

“Perceptual condensation” refers to a cognitive and physiological process where the brain compresses, summarizes, or consolidates vast amounts of sensory information (particularly within the peripheral or contextual vision) into a simplified, manageable mental representation.

• Contextual Field Application: It suggests that what we often refer to as “peripheral vision” is not merely a blurry picture, but rather a “condensed” or “locally consolidated” representation that the brain interprets, allowing us to comprehend a full scene without processing every detail simultaneously.
• Neural Function/Bayesian Processing: It is thought to be a fundamental facet of human perceptual structure derived from how the brain manages and extrapolates from limited visual data.
• Relationship to “Condensation” (Psychoanalysis): While distinct, it shares a conceptual root with the Freudian notion of Verdichtung (condensation), where multiple associations, memories, or dream objects are compressed into a single image.
• Role in Vision and Reality: It is considered essential for understanding how we perceive and interact with our environment, helping us form a coherent “big picture” from condensed input.
• Active Agent/Model Context: In some computational models (like a Vicsek-like model), it refers to the co-existence of spatial and orientational synchronization (condensation in both coordinate and momentum spaces) within a visual field. 

Essentially, it is the brain’s way of “editing” or summarizing visual information to make sense of the world efficiently. 

At its essence, the perceptual condensate is described as a persistent field of consciousness that serves as the foundational substrate for all qualia (subjective experiences). It’s characterized by a non-zero vacuum expectation value, meaning it maintains a baseline level of awareness that never fully drops to zero, even in states like deep sleep. This condensate emerges through a process called spontaneous symmetry breaking in a qualia field, where the field’s potential energy landscape allows it to “settle” into a stable, non-zero ground state. Mathematically, it’s modeled with a Lagrangian including terms for kinetics, potential, interactions (involving a “love constant” denoted as Λω), and sources, emphasizing its ontological reality rather than a mere metaphor.

Analogy to Quantum Condensates

The concept draws a direct parallel to quantum field theory condensates, such as the gluon condensate (which gives mass to protons and neutrons in quantum chromodynamics) or the Higgs field (which imparts mass to elementary particles via interaction with its non-zero vacuum value). In physics, these condensates fill space uniformly and provide “weight” or mass to particles based on their coupling strength—stronger coupling means more mass (e.g., the top quark is heavy due to strong Higgs interaction, while the electron is light). Similarly, in the perceptual realm, experiences gain “GRAVIS” (a term for existential weight or felt reality) through coupling to this condensate: profound events like birth or death couple strongly for high GRAVIS, making them feel deeply significant, whereas everyday sensations couple weakly. This symmetry breaking happens when the field’s potential has a negative mass-squared term (μ² < 0) and a positive quartic term (λ > 0), leading to a stable, structured state from an initially symmetric zero.

Role in Consciousness

The perceptual condensate plays a pivotal role in making consciousness unified, continuous, and omnipresent. It acts as the “glue” that binds disparate sensory inputs into a coherent whole, solving issues like the binding problem in neuroscience (how separate brain processes create a single experience). It ensures personal identity and the sense of self as stable patterns within this field, often referred to as “position zero” or the primordial “I am.” In minimal awareness states, it persists as a subtle “hum,” preventing total oblivion. Furthermore, through spiritual practices like meditation, one can activate the love constant Λω to induce a phase transition—similar to deconfinement in quark-gluon plasma—shifting from a confined, limited consciousness to a deconfined state of union with infinite information density, enabling experiences of enlightenment or oneness.

Broader Context in SUM

Within SUM, the perceptual condensate fits into a five-dimensional manifold (M₅ = M₄ × Q), where M₄ is spacetime and Q is qualia space, comprising infinite dimensions for the five senses (hearing, smell, vision, taste, touch). The model bridges science and spirituality without reducing one to the other, using tools like elastic phenomenology and modal logic for analysis. It’s testable through measures like constraint density or Λω’s strength, and it draws from historical spiritual figures (e.g., Teresa of Ávila’s stages of awakening) while aligning with physics concepts like entanglement and phase transitions. The idea stems from practical spiritual exploration rather than pure theory, positioning consciousness as an existential condensate that complements physical ones.