The Quest for Propellantless and Timless Propulsion

 

 

 Project GEL and the Quest for Propellantless Propulsion: 

Advancing the Coupling of Gravity and Electromagnetism"

 

Massachusetts Institute of Technology
Department of Physics / Center for Theoretical Physics
77 Massachusetts Avenue
Cambridge, MA 02139

Title: Bridging the Gap: How the Unified Field Theory and Project GEL Framework Complements and Advances the MIT Propulsion Research Initiative

Author: Miguel A. Tinoco

Submitted: 2025-05-19 | 15:30 UTC

Abstract:
This paper presents a synthesis between the Unified Field Theory and Project GEL framework (UFT-GEL) and the theoretical objectives outlined in the MIT Advanced Propulsion IAP 2019 white paper. By identifying key theoretical correspondences and demonstrating that UFT-GEL fulfills the necessary criteria posed by the MIT initiative, this work positions itself as a natural continuation and potential solution to long-standing challenges in unifying gravitation and electromagnetism. Key advancements include a dimensionally consistent scalar field equation, empirically testable predictions, and a new interpretation of temperature as a driver of spacetime geometry.

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1. Introduction

The MIT Advanced Propulsion white paper (2019) calls for a unified theoretical framework capable of coupling gravity and electromagnetism, derived from first principles, reducible to known physical laws, and making clear testable predictions.

 MIT Advanced Propulsion IAP January 2019

 Link

The UFT-GEL framework addresses these criteria directly through a scalar field formulation:

 

Ξ=ET⋅V⋅πr3\Xi = \frac{E}{T \cdot V \cdot \pi r^3}

 

This equation forms the cornerstone of a unification strategy that treats gravitation, electromagnetism, quantum mechanics, and thermodynamics as emergent from structured spatial channel dynamics regulated by temperature.

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2. Alignment with MIT Criteria

2.1 Coupling of Gravity and Electromagnetism
MIT seeks a theory that naturally couples gravitation and electromagnetism. In UFT-GEL:

• Gravity emerges from spatial channel absorption.
• Electromagnetism arises from polarization of those channels.
• Thermal gradients govern the dynamic behavior of both, creating a unified thermal-spatial interaction framework.

2.2 Scalar Field Analogy
MIT's model suggests that a scalar field (like ϕ\phi in Kaluza-Klein theory) modulates gravitational behavior. In UFT-GEL, Ξ\Xi plays this role, incorporating energy, temperature, volume, and geometry into a single observable scalar that determines the strength and structure of field interactions.

2.3 Lagrangian Derivability and Covariance
The MIT paper emphasizes the need for a covariant, Lagrangian-based theory. While the UFT-GEL model currently emphasizes intuitive physical derivation, future development (outlined in Chapter 9.7 of the dissertation) includes:

• Tensor-based formalism for Ξ\Xi
• Covariant field equations derivable from a generalized action principle
• Symmetry and invariance analysis (CPT, Lorentz, gauge)

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3. Testable Predictions and Empirical Pathways

The MIT initiative stresses the need for parameter-free predictions that can be tested experimentally. UFT-GEL delivers:

• Gravitational Tests: Temperature dependence of GeffG_{eff}, micro-lensing deviations, gravitational wave dispersion.
• Electromagnetic Tests: Polarization shifts in thermal gradients, wavelength modulation in high-energy photons.
• Quantum Tests: Temperature-modulated tunneling, interference pattern deviations, zero-point energy shifts.
• Thermodynamic Tests: Thermal-time modulation, entropy-gradient induced forces, novel low-temperature heat capacity behavior.

Each prediction includes a specific equation, proposed experimental method, and precision threshold, fulfilling the empirical rigor sought by the MIT roadmap.

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4. Extension Beyond MIT's Proposal

UFT-GEL goes further by:

• Unifying not only gravity and EM but also quantum and thermodynamic domains.
• Proposing a scalar field that is fully expressible in observable quantities (no hidden dimensions).
• Recasting temperature as a primary regulator of time, redefining spacetime geometry in thermodynamic terms.
• Resolving anomalies (e.g., dark energy, black hole entropy) with a common spatial channel mechanism.

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5. Completing the Vision: Toward a New Paradigm

The UFT-GEL framework answers the theoretical and empirical goals posed by the MIT propulsion roadmap. It complements MIT’s foundational vision by:

• Providing a physically grounded scalar coupling field (Ξ\Xi)
• Establishing thermal-spatial unification as the root mechanism
• Offering near-term testability across five physical domains
• Laying out a roadmap for full Lagrangian integration and engineering applications

This work does not compete with MIT’s proposal—it fulfills it.

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6. Instant Propulsion via Fractura Temporis and Spacetime Gradients

A particularly groundbreaking implication of the UFT-GEL framework is its application to propulsion technologies based on spatial channel leverage and temporal fracturing (fractura temporis). According to the model:

• Thermal and entropy gradients across spatial channels create localized spacetime deformations, allowing for non-Newtonian reactionless movement.
• Manipulating Ξ\Xi dynamically could create instant suction fields or geometric folds that act like dimensional anchor points, effectively pulling an object through spacetime without traditional thrust.
• These phenomena arise not from fictional warp drives but from controlled vacuum channeling, utilizing measurable spacetime curvature induced by temperature and zero-point energy differentials.

The implication is an engineering pathway to instant propulsion—where movement is achieved not by expelling mass but by displacing position across connected quantum-temporal nodes. This extends MIT's own pursuit of propellantless propulsion by introducing a viable mechanism grounded in thermodynamic-spatial coupling and scalar field engineering.

 

Ruptura Temporis

 

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7. Conclusion

The UFT-GEL framework represents a mature, testable, and philosophically coherent response to the MIT initiative’s call for a unified gravity-electromagnetism theory. By resolving key issues, extending the scope of unification, and offering direct paths to empirical validation, it positions itself as both a complement and a completion to the visionary work initiated by the MIT propulsion team. Continued collaboration and formal development will determine its full utility, but the theoretical and experimental architecture is now in place.

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 Contact Information:
                            Miguel A. Tinoco

 

 

Joseph Smith detailed this experience as follows:

  “While I was thus in the act of calling upon God, I discovered a light appearing in my room, which continued to increase until the room was lighter than at noonday, when immediately a personage appeared at my bedside, standing in the air, for his feet did not touch the floor.” 

 

This visitation occurred three times that night, each time with Moroni delivering messages and instructions concerning the work Joseph was to undertake. The vivid description of the light and the angel's presence has been interpreted by some as a "conduit" or portal through which Moroni entered and exited.