The Foundation: One Field to Rule Them All
Standard physics requires a "zoo" of over 17 fundamental particles and four distinct forces. QFD starts from a radically simpler premise: all of reality emerges from the dynamics and geometry of a single, unified multivector field, ψ.
Particle Ontology Comparison
QFD radically simplifies the Standard Model's "particle zoo" into three fundamental wavelet archetypes.
Unification from a Single Field
Scalar Component ⟨ψ⟩₀
Emergent Gravity & Vacuum Properties
Vector Component ⟨ψ⟩₁
Emergent Electromagnetism
Bivector Component ⟨ψ⟩₂
Emergent Spin & Quantum Phase
Field Gradients ∇ψ
Emergent Forces
A New Architecture for Matter
QFD proposes a force-free model for the atomic nucleus. The Strong Nuclear Force is no longer needed. Stability arises from a profound geometric and energetic balance.
Standard Model: The Strong Force
A separate, fundamental force, ~137 times stronger than electromagnetism, is postulated to bind protons and neutrons, overcoming immense electrostatic repulsion.
QFD: Electron Shielding
The nucleus is a single, positive wavelet. Stability is achieved by the geometric cancellation from the interpenetrating "negative density" electron cloud.
A Cosmos Without Beginning or End
QFD replaces the Big Bang narrative with a static, eternal, and self-regulating cosmos. The universe's observed properties are not relics of a primordial past but features of a present-day dynamic equilibrium.
Cosmic Composition
The "Dark Universe" problem, where 95% of the cosmos is attributed to unseen entities, is resolved in QFD. The effects attributed to dark matter and dark energy are explained by other QFD mechanisms.
Cosmic Timeline
Standard Model: Big Bang
~13.8 BYA: Singularity
Present Day
QFD: Static & Eternal
An Eternal Cycle of Consumption & Recycling
The Redshift Reinterpreted
The primary evidence for an accelerating universe comes from distant supernovae appearing dimmer than expected. QFD explains this without dark energy, proposing that redshift is an energy loss mechanism that is enhanced by the supernova's own brightness.
Supernova Magnitude vs. Redshift
This chart compares the standard model (ΛCDM), which requires dark energy to fit the data, with the QFD model, where Flux-Dependent Redshift (FDR) naturally explains the observations in a static universe.