Not Gravity. Pressure.
Mo-Theory replaces force and spacetime with pressure-based dynamics in the universal motic field.
Explore the TheoryOverview
Mo-Theory presents a new foundational model for physics based on pressure dynamics in a universal motic field. This comprehensive framework unifies quantum, relativistic, and galactic phenomena through a single mechanism—pressure variations—eliminating the need for separate physical theories across different scales.
Unlike conventional approaches, Mo-Theory derives results without external constants like G, h, or c, instead using scale-dependent parameters of the motic field. This paper demonstrates how Mo-Theory reproduces key physical predictions—Earth's gravity (9.8 m/s²), hydrogen's ground state energy (-13.6 eV), light bending near the Sun (1.75 arcseconds)—through pressure-based mechanisms rather than forces or spacetime curvature.
Experimental validation through acoustic-optical coupling provides direct evidence for the pressure-based framework. Mo-Theory resolves longstanding theoretical conflicts, explains phenomena currently attributed to dark matter and dark energy, and makes distinctive predictions that can be experimentally tested.
Key Concepts
The Mo-Field
The foundational concept of Mo-Theory—a universal pressure-based field that permeates all space and serves as the medium through which all physical interactions occur. Unlike conventional fields in physics, the Mo-Field is not a force field but a pressure field, with pressure gradients serving as the fundamental mechanism for all interactions.
Motics as Pressure Units
The fundamental units of pressure in the Mo-Field. They represent the quantitative measure of pressure at any point in the field and serve as the basis for all mathematical formulations in Mo-Theory.
Mo-Light
Light conceptualized as pressure release in the Mo-Field. This reinterpretation explains electromagnetic radiation as a pressure-based phenomenon, providing a unified understanding of light's wave-particle duality.
Mo-Burst
A localized pressure event in the Mo-Field that can trigger cascading effects. Mo-Bursts explain various quantum phenomena and energy releases observed in physical systems.
Mo-Tether
The residual memory in the Mo-Field that maintains connections between interacting entities. This concept explains entanglement and other non-local phenomena in quantum physics.
Mo-Time
Time reconceptualized as the oscillation rate of pressure in the Mo-Field, not as a dimension. This perspective resolves paradoxes in relativity and quantum mechanics by providing a unified understanding of temporal phenomena.
\[ \Pi = Z \cdot \rho_m \cdot v_m \cdot \sigma \]
Where:
- \(\Pi\) = Total motic pressure
- \(Z\) = The symbolic equilibrium state (Zufro)
- \(\rho_m\) = Motic density
- \(v_m\) = Motic velocity
- \(\sigma\) = Pressure distribution coefficient
Explore Mo-Theory
Introduction
Explore the core motivation of Mo-Theory, including unifying physics across quantum, classical, and cosmological scales, eliminating dependence on arbitrary constants, and explaining observations without dark matter or dark energy.
Read MoreTheoretical Framework
Discover the foundational concepts of Mo-Theory, including the Mo-Field, Motics, Mo-Light, Mo-Burst, Mo-Tether, and other key elements that form the basis of this revolutionary approach to physics.
Read MoreMathematical Derivation
Examine the fundamental pressure equation and its derivations, including pressure gradients, time dilation through pressure, hydrogen energy levels, and gravitational motion without spacetime.
Read MoreExperimental Matching
See how Mo-Theory aligns with real data, including light bending near the Sun, the Pioneer anomaly, gravitational lensing, the flyby anomaly, and Mo-Touch experiments showing changes in lux from pressure.
Read MoreUnified Calibration
Learn about the Refined Universal Motic Density Profile and how the same equation fits solar data, deep space, and quantum domains through parameter definitions and pressure gradients.
Read MoreDiscussion & Conclusion
Review how Mo-Theory unifies existing physics using pressure, is compatible with both relativity and quantum phenomena, and eliminates dark matter/dark energy assumptions.
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