Research & Hypotheses
🧪 Our Research Hypotheses Vault
These are speculative unit-based ideas we are exploring — not established science, but thought experiments driven by patterns in Fundamap.
All SI Base Units Are Expressions of Time
Could every SI base unit — mass, length, current, temperature, even light — ultimately be a transformation of seconds?
This hypothesis explores the idea that time is the only truly irreducible dimension, and that all measurable quantities emerge from rates, cycles, or behaviors rooted in temporal change.
🕒 All SI Units as Expressions of Time
Dimensional Inertia: Mass as Condensed Time
🔗 Related Unit: Kilogram (kilogram)
What if mass is not a substance but the result of time collapsing into form? This hypothesis proposes that
mass is dimensional inertia — the resistance created when time becomes cyclic, curved, or bound.
It explores how mass may emerge from temporal density, making it not a fundamental particle, but a state of time tension.
🧩 Dimensional Inertia: Mass as Condensed Time
The Primon: A Unified Dimensional Root
What happens when you multiply all seven SI base units together — once each? You get the Primon, a hypothetical compound unit representing the full dimensional spectrum of physics.
This hypothesis explores the idea that the Primon may serve as a foundational dimensional identity, from which all other units are projections or reductions.
🧩 The Primon: A Unified Dimensional Root
Unit Factorization Symmetries: An Alternative View on Derived Units
🔗 Related Unit: Scalar (Dimensionless) (scalar)
What if derived units like Watts or Joules could be factorized — not just into Volts × Amps or Newtons × Meters,
but into entirely different paths that reveal hidden physical behavior?
This hypothesis explores alternate unit factorizations (e.g. 🧩 Unit Factorization Symmetries
(Z - X)(Z + Y)) to propose
that every unit may be a surface expression of deeper structural dynamics.
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This hypothesis proposes that the Thrux unit (kg·m²/s4·K) serves as a dimensional intermediary between thermal input and mechanical output, allowing for unified treatment of systems where entropy gradients cause physical force or flow.
🕒 2025-06-22 Unverified Tags: thermodynamics, entropy, mechanics, bridge units 📄 View PDFVoltronic Impulse Force: Mechanical Impulse Transduction via Electric Current
What if a mechanical shockwave could generate electrical current—not by deformation, but by rapid volumetric impulse alone?
This hypothesis introduces Voltronic Impulse Force (VIF), a new unit 🧩 Voltronic Impulse Force: Mechanical–Electrical Transduction
(kg·m³/s⁵·A⁻¹) that links
fast bulk mechanical forces to electrical response. If confirmed, it could redefine how we convert impulse into energy,
signal, or motion in materials.