THE 4 TIERS of TIME²:
Going Back in Time
By Lukhaz Jonez
August 14th, 2024,
Then, If, Why, How, Who, Where
The 5 Vectors of Motion in the 3D Construct of Collapsed/Observed Reality
Introduction: Redefining Motion in the Context of the 4 Tiers of Time²
Traditional physics posits that in a 3D volume, objects can move in six possible directions—two along each of the three axes (X, Y, Z). However, the 4 Tiers of Time² theory introduces a new understanding that challenges this assumption. This section explores the realization that within our 3D reality, we truly only have five vectors of motion. This insight emerges from the study of galaxy cluster collisions and the distinct behaviors of dark matter (DM) and ordinary matter (OM) during such events.
The 3D Construct and the Collapse of Observable Reality
In the 4 Tiers of Time² theory, reality as we perceive it in Tier 3 (T3) is a collapsed state of a higher-dimensional construct, specifically from Dimension 6 (D6) to Dimension 3 (D3). This collapse creates a 5D volume where one dimension is effectively removed, leaving us with five possible vectors of motion instead of six.
In this framework:
X-axis represents T3, linear time (time negative).
Y-axis represents T2, probabilistic time (time positive).
Z-axis represents T1, the realm outside of time, between X and Y.
While Y and Z maintain two directions of movement each, the X-axis loses one direction (X-) due to the collapse into observable reality, where time is experienced only as moving forward (time negative) and not truly backward.
The 5 Vectors of Motion: Ordinary Matter and Dark Matter
During the collision of two galaxy clusters, as observed in the simulation accompanying the study, the following key behaviors were noted:
Ordinary Matter (OM): Upon impact, OM was observed to disperse in five vectors—up, down, left, right (representing probabilistic time in T2), and backward (representing the inversion of time-forward motion in T3). The backward motion is a perception of time moving forward in T3, as time is consumed (time negative). This dispersal reflects the impact of T2’s probabilistic vectors and T3’s linear time.
Dark Matter (DM): In contrast, DM continued on its original linear path, largely unaffected by the collision. This behavior aligns with the understanding that DM operates within T2, where time is mostly probabilistic and not collapsed into a singular observable state. The continued motion of DM can be interpreted as the detection of the fifth dimension of “Time Backward” from the perspective of T1, where time is viewed from outside the constraints of observable reality.
The 5:1 Ratio of Dark Matter to Ordinary Matter
We observe an roughly 5:1 ratio of DM to OM, which correlates with the theory’s proposal of five vectors of motion in the 3D construct:
Four Vectors of Probabilistic Motion: Up, down, left, and right, representing the probabilistic potential of time in T2, where multiple future outcomes exist.
One Vector of Determined Motion: The backward motion observed is actually the continuation of time-forward in T3, as time is consumed and recorded as part of the observable reality.
This 5:1 ratio also reflects the balance of gravitational effects, where only one of the five DM dimensions exerts a gravitational force, balancing the entropic, time-consuming nature of T3. The other four DM dimensions remain probabilistic and gravitationally neutral, influencing the universe without collapsing into observable events.
Implications for the Nature of Time and Reality
This new understanding of motion within the 4 Tiers of Time² offers profound insights into the nature of time and reality:
No True Backward Motion: The concept that nothing ever truly moves “backward” within our 3D reality aligns with the idea that time is always experienced as forward-moving in T3. The perceived backward motion is merely the inversion of time-forward in the collapsed state of observable reality.
Detection of Time Backward: The ability to detect DM’s continued linear motion post-collision supports the theory that we can observe the effects of time-backward (T2) from the vantage point of T1. This detection provides empirical evidence for the existence of multiple temporal dimensions, as proposed by the theory.
Conclusion: Strengthening the 4 Tiers of Time²
The study of galaxy cluster collisions and the behaviors of DM and OM provide critical empirical support for the 4 Tiers of Time² theory. The realization that our 3D reality only allows for five vectors of motion, with one dimension collapsed to create observable reality, enhances our understanding of time, space, and the nature of dark matter. This integration of theoretical constructs with empirical data strengthens the theory’s foundation, offering new avenues for exploration in both physics and cosmology.
Citations
Silich, E. M., et al. (2024). ICM-SHOX. I. Methodology Overview and Discovery of a Gas–Dark Matter Velocity Decoupling in the MACS J0018.5+1626 Merger. The Astrophysical Journal, 968(1), 74.
Earth.com. (2024). Dark matter captured separating from normal matter after collision. Retrieved from Earth.com
