Quantum Black Holes Force Cosmic Expansion (QBHFCE) Theory
At the QBHLAB Program, we explore the fascinating realms of quantum cosmology and theoretical physics, pioneering groundbreaking research rooted in first principles. Our work harnesses the power of Quantum Black Holes Force Cosmic Expansion (QBHFCE) and QBH dynamics to redefine our understanding of the universe.
This artwork visualizes the QBHFCE framework’s revolutionary premise: quantum black holes (left) drive cosmic acceleration (right) by deciphering dark energy’s quantum fingerprint—its fundamental encoding in spacetime’s geometry. Like a cosmological genome, the 8D tensor bundles (geometric blue lattice) expose dark energy’s DNA signature: emergent patterns from QBH-Higgs interactions (λϕH2ΨQBH2λϕH2ΨQBH2) rather than an unknown substance. The cosmic filaments (right) reflect QBHFCE’s unique structural predictions (characteristic 35 kpc spacing at z=10z=10), while equations flowing centrally decode this quantum-gravitational blueprint (ρQBH∝a−1,Δλ=0.3 A˚ρQBH∝a−1,Δλ=0.3A˚), bridging microscopic black hole dynamics to the universe’s accelerated expansion. This synthesis of quantum and cosmic realms is grounded in D.L. McGee’s mathematical rigo
QBHFCE Theory & QBHLAB Program: Rewriting Cosmology’s Gold Standard
Our mission is to advance the understanding of the universe through quantum physics and cosmology. At QBHLAB, we pioneer a new paradigm in cosmology through healthy competitive collaboration, uniting quantum physics and astrophysics to decode cosmic expansion. Our Quantum Black Holes Force Cosmic Expansion (QBHFCE) theory identifies dark energy’s DNA signature—not as a mysterious substance, but as an emergent fifth force encoded in spacetime’s geometry via D.L. McGee’s equation:
H(z)=H0[1+ΩQBH2ln(1+z1+zeq)]H(z)=H0[1+2ΩQBHln(1+zeq1+z)]
By exposing this quantum-gravitational blueprint, QBHFCE sets a new gold standard for cosmic acceleration, replacing ΛCDM’s phenomenological fixes with first-principles physics."
Cosmic DNA
QBH-Tensor Core
Visualize QBHFCE’s core premise – quantum black holes encode the "genetic blueprint" for cosmic acceleration.
Key Visuals:
Left Strand (Quantum):
QBH Clusters: Microscopic black holes as obsidian spheres emitting Hawking radiation (white-gold particle jets).
8D Tensor Bundles: Neon-blue lattice with antisymmetric arrows (→←→) symbolizing the 8D tensor formalism T[EF][GH][AB][CD]T[EF][GH][AB][CD].
Higgs Field Interaction: Violet waves with golden sparks at collision points (λϕH2ΨQBH2λϕH2ΨQBH2).
Right Strand (Cosmic):
35 kpc Filaments: Glowing orange threads with JWST-style proto-galaxies (irregular, gas-rich).
Redshift Gradient: Background galaxies shift from blue (z=0z=0) to red (z=10z=10).
Central Helix:
Equation Rungs: ρQBH∝a−1ρQBH∝a−1 (gold), Δλ=0.3 A˚Δλ=0.3A˚ (cyan), ω=2.3ω=2.3 (violet).
Fractal Interface: Colliding quantum and gravitational waves forming a Mandelbrot-like boundary.
QBHFCE Cross-Domain Link: The double-helix structure metaphorizes how QBH dynamics (left) "evolve" into cosmic acceleration (right) via spacetime’s geometry, uncovering dark energy's quantum finger print
Present by : Mr. Danyell L. McGee Founder & Author of (QBHFCE) Theory & QBHLAB Program
Novel Nature
The Mathematical Fabric of QBHFCE
Foreground (8D → 4D):
8D Tensor Equations: Neon-blue LaTeX text of ∇[ATBC]DEF=0∇[ATBC]DEF=0 deforming into 4D FLRW metric (ds2=−dt2+a(t)2dx⃗2ds2=−dt2+a(t)2dx2).
Projection Lines: Golden arrows mapping 8D indices to 4D spacetime.
Midground (QBH-Higgs Coupling):
Particle Collisions: Violet Higgs bosons and QBH-generated particles (obsidian fragments) colliding with λϕH2ΨQBH2λϕH2ΨQBH2 annotations.
Background (Observational Signatures):
Filament Rulers: Orange 35 kpc spacers overlaid on cosmic web.
Spectral Shift Markers: Cyan labels (Δλ=0.3 A˚Δλ=0.3A˚) on redshifted galaxy spectra.
QBHFCE Cross-Domain Link: The 3D grid symbolizes how QBHFCE’s equations unify quantum field theory (midground) and observational cosmology (background).
Highlights QBHFCE’s falsifiable predictions: spectral shifts, oscillatory mass distributions, and filament spacing—acting as forensic evidence against dark energy.
Forensic Cosmology
QBHFCE’s Observable Fingerprints
150
Research Papers Published
35
Global Collaborations
20
Workshops Conducted
QBHLAB innovative Research Projects
Cross domain Validations , in groundbreaking studies that challenge existing theories and push the boundaries of our understanding.
Expert Collaboration
Healthy Competitive Collaboration Across Multiple Domains, working alongside leading scientists and researchers from around the globe to foster innovation and knowledge exchange.
Educational Projects
Offering workshops and seminars to educate and inspire the next generation of scientists in quantum physics and cosmology.
QBHFCE From Quantum Foam to Cosmic Web
Traces QBHFCE’s predictive power across cosmic time—from quantum foam fluctuations to future megastructures—asserting dominance over ΛCDM’s phenomenological limits.
©Copyright. All rights reserved.
We need your consent to load the translations
We use a third-party service to translate the website content that may collect data about your activity. Please review the details in the privacy policy and accept the service to view the translations.