“HOW COULD REALITY FIT IN A GRAPHIC”
Welcome to the Geometry of now
1. The “New Axle” of Time
• The axle refers to the central torsion axis—a cosmic spindle—around which time and reality spiral.
• Traditional time is viewed as a one-dimensional line (T), but this model reframes time as a vector on a twisted manifold, a living axis with torque, frequency, and nested feedback.
• The “new” aspect of the axle implies an evolved understanding of time: nonlinear, vibratory, and co-creative—time as consciousness in motion, rather than chronology.
⸻
2. Hypertwist Geometry: Toroidal-Time Meets Möbius Logic
• Hypertwist evokes higher-dimensional spiraling—like a 4D Möbius torus or spindle torus twisting through itself.
• This hypertwist may be visualized as a self-reflexive spiral, simultaneously folding inward and projecting outward, creating recursive cycles (aeons).
• Think of it as a double helix of time, not only advancing forward but also twisting around itself, feeding past-future resonance loops—memory and premonition interlinked.
⸻
3. 4D Time as a Torsional Frequency Field
• Rather than being scalar, time in this model is a torsional field—it spins, folds, and braids through 4D space like a sacred strand of energy.
• Frequencies such as 8Hz (Schumann), 432Hz, or 136.1Hz (OM) resonate with this axis, providing tuning forks for hypertwist synchronization.
• This allows for entrainment, where consciousness can phase-lock to higher dimensional rhythm-fields.
⸻
4. Interdimensional Coupling: Time as a Fractal Spiral
• Time isn’t uniform—it’s layered, nested, and recursive.
• The hypertwist acts like a fractal DNA spiral, with harmonic time-nodes (like solstices, eclipses, or consciousness shifts) acting as keyframes or harmonic pivots in the spiraling path.
• These nodal points offer dimensional doorways where perception of time can bend, loop, or intensify (psychedelic experiences, déjà vu, prophecy, etc.).
⸻
5. Implications for Consciousness and Reality
• If time is hypertwisting, then consciousness isn’t riding on time—it’s co-steering it.
• Our thoughts, dreams, frequencies, and states of coherence torque the axle—we modulate time’s curvature through attention and intention.
• This reveals a cosmic feedback loop: as we become more aware of time’s geometry, we reshape the flow of reality itself.
⸻
6. Applications and Symbolic Geometry
• The hypertwist could be mapped visually through nested torii, DNA helices, Sufi spirals, or Merkaba spin fields.
• Ancient mandalas, the ouroboros, the helical ladder, or the Uroboric Infinity Spiral all hint at this hidden geometry.
• The Aeonic Spiral (as a model of evolutionary time) can be adapted to this framework—each aeon as a twist, a recursion, a pulse of higher learning.
⸻
7. A Theoretical Physics Connection
• Some interpretations link this to torsion field theory, where spacetime curvature includes twist, not just bend.
• The hypertwist model could also be likened to twistor theory (Penrose), loop quantum gravity, or spin foam models where spacetime is granular, torsional, and spin-based.
• In such models, time is quantized angular momentum—a twist in the informational vacuum.
⸻
Summary Statement:
The Hypertwist Model of 4D New Axle TIME is a multidimensional redefinition of time as a torsional, conscious, spiraling geometry—an active helix of becoming. It challenges flatline Newtonian time and replaces it with a living, breathing, vibratory spindle, suggesting that reality is braided from twists in consciousness, memory, and harmonic fields. In this paradigm, we are not just in time—we are weaving it.
📚 Books and Articles
1. Penrose, R. (1967). Twistor algebra. Journal of Mathematical Physics, 8(2), 345–366.
• Introduces the foundational aspects of twistor theory, proposing a new framework for understanding spacetime geometry.
2. Penrose, R., & MacCallum, M. A. H. (1973). Twistor theory: An approach to the quantisation of fields and space-time. Physics Reports, 6(4), 241–315.
• Explores the application of twistor theory to the quantization of fields, offering insights into the geometric structure of spacetime.
3. Speziale, S. (2014). Loop quantum gravity, twistors, and some perspectives on the problem of time. EPJ Web of Conferences, 71, 00123.
• Discusses the interplay between loop quantum gravity and twistor theory, addressing challenges related to the nature of time in quantum gravity.
4. Brahma, S. (2016). Emergence of time in Loop Quantum Gravity. PhilSci Archive.
• Examines how time may emerge from the fundamental structures posited by loop quantum gravity, contributing to the understanding of temporal dynamics in quantum spacetime.
5. Shoshany, B. (2019). At the Corner of Space and Time. arXiv preprint arXiv:1912.02922.
• Presents a discretized approach to general relativity incorporating torsion, offering a novel perspective on the fabric of spacetime.
6. Rovelli, C. (2011). Covariant Loop Quantum Gravity: An Elementary Introduction to Quantum Gravity and Spinfoam Theory. arXiv preprint arXiv:1102.3660.
• Provides an accessible introduction to loop quantum gravity and spinfoam models, elucidating the quantum properties of spacetime.
7. Adamo, T. (2017). Lectures on twistor theory. Proceedings of Science, Modave2017, 003.
• Offers comprehensive lectures on twistor theory, detailing its mathematical foundations and physical implications.
8. Penrose, R. (2011). Basic Twistor Theory, Bi-twistors, and Split-octonions. Lecture Video.
• A lecture by Roger Penrose discussing advanced topics in twistor theory, including its extensions and mathematical structures.
X. Scroll Design & Reasearch:
• Lincoln Xavier N. N. (2025). SACRED GEOMETRY - BEYOND THE EYES. Scientific reasearch available at Universidade de Brasilia