Temporal Sciences Wiki
The Temporal Sciences Wiki serves as the open-access hub for the work, documents, and research projects associated with the Temporal Sciences Foundation (TSF):
🔗 https://temporalsciencesfoundation.org/
This site consolidates publicly available descriptions, frameworks, and references related to Temporal Sciences — a time-centric approach to understanding physical and biological systems.
This wiki is a companion to the TSF website and the public TS document library.
All project descriptions below are reproduced exactly as publicly shared.
Research Projects
➤ Temporal Sciences Model (TSM)
Associated with Temporal Sciences Foundation
Build a cosmological framework that replaces the gravitational constant 𝐺 and the “dark sector” with a single, time-driven field theory. The TS Model treats the rate of timeflow (Chronorate ⧖) as the master variable from which gravity, fundamental forces, and current constants dynamically emerge.
Key milestones to date:
- Derived the Foundational Function of the Universe and a rotational 4-field geometry (Time, Mass, Energy, Distance)
- Recast gravity as Chronotensity ⋔, resolving the Hubble-tension without dark energy
- Defined variable μ₀(t), ε₀(t), and α(t)
- Introduced the TS Lifeflow Law linking biology to cosmology
- Achieved ~70 % theoretical readiness; alpha-simulation and experimental fit pipeline scheduled for 2025–26
Outcome: Open-source, testable model that unifies physics across scales.
➤ Temporal Sciences Nexus
Associated with Temporal Sciences Foundation
Created and steward the Temporal Sciences Nexus (“The Nexus”), an open-access, continuously-evolving knowledge base that captures every concept, proof, and mathematical formulation underpinning the Temporal Sciences framework.
- Living repository – The Nexus functions as a version-tracked “source-of-truth” document, updated in real time as new equations, glossary entries, and geometric models emerge.
- Comprehensive scope – Houses the full catalogue of TS laws (e.g., Chronorate ⧖, Chronotensity ⋔, fine-structure constant α as a base angular quantum), rotational-field geometry, and biological scaling insights.
- Open by design – Published freely online to encourage peer review and cross-disciplinary innovation.
- Structured for clarity – Integrates narrative explanations with formal math, figures, and a glossary, making concepts accessible to both researchers and curious learners.
- Future-focused – Serves as the launchpad for publications, and community projects that translate Temporal Sciences from theory to applied science.
Outcome: By centralizing and openly sharing the entire Temporal Sciences canon, the Nexus accelerates discovery and positions time-centric geometry as a new foundation for physics, cosmology, and beyond.
“Insight alone is never enough—someone must make the equations touch the world.”
— Mileva Marić (inspiration)
Access the Nexus (Zenodo DOI):
🔗 https://doi.org/10.5281/zenodo.14791387
➤ Universal Chrono-Arc Geometry (CAG)
Associated with Temporal Sciences Foundation
Project aims to develop an ultra-compact curvature model that reframes gravity, cosmic expansion, and quantum mass scales through a single time-centric loop. CAG proposes to replace the tensor heavy-lifting of GR with one phase-based scaling factor, keeping the maths at trigonometry level while recovering classic predictions.
Key milestones so far:
- Engineered a smooth “closed-arc” lattice that unifies space-time curvature and time-dilation in one stroke.
- Drafted outline derivations for solar-system tests and gravitational-wave phasing without tensors.
- Preliminary late-time cosmic acceleration with zero dark-energy terms.
- Identifies a candidate curvature quantum that could fix the QCD mass gap.
- Working draft of energy-bounds pointing toward a Navier–Stokes regularity proof.
Outcome: Open and peer-verifiable framework that teaches gravity (and much more) in a single semester of calculus (or preferably earlier). Also supports the new geometry required for the TSM.
➤ Project MILEVA powered by UniMEF-Core
Associated with Temporal Sciences Foundation
Named for Mileva Marić—a physicist whose recognition has lagged her contributions, historically and today—MILEVA (Model-Independent Layered Evaluation, Verification & Analysis) benchmarks competing cosmological paradigms with open, reproducible metrics. The UniMEF (Universe Model Evaluation Framework) flagship suite runs on UniMEF-Core, a modular scoring engine that compares full universe models or individual subsystems against real-world data and peer frameworks.
Key capabilities:
- Model-agnostic ingestion — accepts equations, constants, or mechanisms from ΛCDM, Temporal Sciences, CCC, LQC, and beyond.
- Normalized evaluation axes — ontology, causal structure, curvature, empirical fit, internal coherence, observables match.
- Partial & hybrid support — stress-tests incomplete theories, component substitutions, or field-specific proposals.
- Visual analytics — radar charts, axis maps, prediction matrices, temporal-deviation plots.
- Democratized access — independent theorists can benchmark ideas with the rigor of large collaborations.
Roadmap:
- UniMEF-Core (current): cosmology benchmarking
- BioMEF-Core: time-centric biosystems & lifeflow laws
- StatMEF-Core: high-volume residual analysis & advanced statistics
- AI20MEF-Core: a research extension exploring runtime evaluation & orchestration patterns for AI 2.0
Outcome: Turn theory comparison from debate into measurement, enabling cross-paradigm analysis at scale.
Mission: Empower independent researchers to refine work with scientific rigor, while giving professionals a faster, clearer way to stress-test ideas before decade-long validation cycles.
MILEVA is a proving ground where coherence, clarity, and consequence define success.
End of Document
This wiki will expand over time as additional public TS documents and references become available.