WPIT Glossary

Core WPIT Terms

Wave-Particle Interaction Theory (WPIT) – A framework proposing that all energy interactions are wave-based, with "particles" being structured manifestations of condensed wave interactions rather than discrete objects.

Dynamic Relative Ether (DRE) – The localized conditions that influence wave interactions, including gravitational, electromagnetic, and medium-based effects.

Energy Condensation-Compression Cycle (ECCC) – The process by which energy transitions between high-energy wave states and structured lower-energy states, forming the basis for matter and cosmic structures.

Great Cosmic Reformation (GCR) – A large-scale energy restructuring that governs the evolution of cosmic structures, replacing the traditional "Big Bang" model with a recurring cosmic cycle framework.

Cascading Density System (CDS) – The idea that energy structures scale in a cascading hierarchy, where galaxies, solar systems, atoms, and protons all follow similar patterns of structured energy distribution.

Cascading Density System (CDS) – The idea that energy structures scale in a cascading hierarchy, where galaxies, solar systems, atoms, and protons all follow similar patterns of structured energy distribution.

Cosmic Microwave Background (CMB) – Traditionally considered the "afterglow" of the Big Bang, WPIT reinterprets it as the result of long-range wave interactions affecting low-energy particles, producing residual electromagnetic noise across space.

Cosmic Restructuring Event (CRE) – A specific event within the GCR cycle where cosmic structures undergo large-scale energy redistribution, leading to the formation of new celestial structures, black hole phase shifts, or universal-scale realignments.

Dynamic Relative Ether (DRE) – The localized conditions that influence wave interactions, including gravitational, electromagnetic, and medium-based effects.

Energy Condensation-Compression Cycle (ECCC) – The process by which energy transitions between high-energy wave states and structured lower-energy states, forming the basis for matter and cosmic structures.

Great Cosmic Reformation (GCR) – A large-scale restructuring event that governs the evolution of cosmic structures, replacing the traditional "Big Bang" model with a recurring cosmic cycle framework.

Intrinsic Color (Cᵢ) – The fundamental color property of a material based on its energy absorption and emission characteristics, independent of etheric conditions.

Kmetic Color Scheme – The predictive equation for determining the perceived color of an object at any point in the universe, accounting for full-spectrum light, etheric conditions, and observer variables.

Light – Not a particle but an interaction—an observable effect produced by electromagnetic waves interacting with matter. WPIT challenges the photon model, instead emphasizing wave propagation and etheric interactions.

Observer Modification (O) – The influence of biological or instrumental perception on the final observed state of an interaction.

Perceived Color (Cₚ) – The observed color of an object, determined by the interaction of full-spectrum light (L) with the material’s intrinsic color (Cᵢ), modified by the local Dynamic Relative Ether (DRE). This value is further influenced by tone (T) and hue (H), which pinpoint the specific perceived wavelength output. Additionally, the observer modification (O) accounts for perceptual differences due to biological or instrumental factors. Mathematically defined by the Kmetic Color Scheme, which can predict color consistently across any point in the universe:

Wave-Energy Threshold Events – Moments when accumulated wave interactions cross a critical point, resulting in energy restructuring or phase transitions (e.g., star formation, black hole activation, or proton structuring).

Wave-Particle Interaction Theory (WPIT) – A framework proposing that all energy interactions are wave-based, with "particles" being structured manifestations of condensed wave interactions rather than discrete objects.