Time Dilation (Elongation)

Spatial Layer

Table of Contents

Time Dilation

Time Dilation or Elongation is just the opposite of Length Contraction.

Both are caused by the inverse relationship of timespace (mos1) and spacetime (mos3).

Descartes first exposed this inverse relationship through colors and light speed, by the positions of colors in the rainbow and prism.

Red photons travel fast through glass but spin slowly, causing a dilation of the wavelength (redshift)
Blue photons travel slowly but spin rapidly, causing a contraction of the wavelength (blueshift)

The decider for what colors emerge out of a prism is the matter of aetherspace of that glass.

This aetherspace in the macro view is dark energy, which sets the universal speed limit for space particles at 300,000 km/s

The 2 factors for time elongation or length contraction are:

The inherent vibration of the body (as aetherspace)
The density of space particles where that body is in

1. Inherent Vibration

A fast speed is the rapid consumption or perception of space particles.

A slow time is the slow consumption or perception of timespace particles.

When an object travels closer to the speed of spacetime, its internal “timespace” particles vibrate more slowly.

This results in the experience of slower time

When an object moves slowly, its time space particles vibrate faster, leading to faster time.

This means that:

time elongation is the “redshift of timespace” (longer time from slower timespace vibration)
time contraction is its “blueshift” (shorter time from faster timespace vibration)

Relational Spin vs. Relative Speed

Einstein’s Relativity pins time dilation on relative speeds whereas Cartesian physics argues that relative speeds are actually caused by relational spins or frequencies of the aetherspace.

This is why Cartesian physics allows for teleportation via spin changes—something impossible under relativity.

2. Space Particle Density

Another, though lesser, factor is the density of space particles where the body is in.

A higher space particle density reduces the ratio of timespace particles, slowing time down. This has the same effect as reducing the vibration of timespace.
- This effect is highly visible in the Parker Solar Probe as it moves near the massive density of the sun.
A lower space-time density increases the timespace density, which makes time move faster. This has the same effect as increasing the vibration or frequency of timespace.
- This is the environment experienced by GPS satellites in high orbit

Overhauling Time Dilation

To calculate the dilated time interval (Δt) of an object relative to a universal or baseline proper time (Δt₀), the modified equation can be expressed as:

Δt = Δt₀ ⋅ (ρ_st / ρ₀) ⋅ 1 / √(1 - ω²/ω_c²)

Δt: The dilated time interval (a larger value means time passes more slowly; a "redshift" of time space).
Δt₀: The proper baseline time interval in a completely unperturbed, standard reference medium.
ρ_st: The Local Spacetime Particle Density. This represents the physical concentration of the second element particles in the immediate environment.
ρ₀: The Baseline Ether Density. The reference density of flat, undisturbed macroether space.
ω: The Relational Spin Frequency. The actual rotational spin rate of the object's constituent particles. In this framework, linear velocity (v) is merely a byproduct of this underlying rotational vortex motion.
ω_c: The Critical Vortex Speed. The maximum resonant spin frequency permitted by the macroether space, acting as the physical speed limit of light (300,000 km/s).

1. The Spin-Speed Lever (The Denominator)

Instead of using relative linear velocity (v² / c²), the right side of the equation uses the relational spin ratio (ω² / ω_c²).

As an object is forced to spin or move faster through space, its internal components consume more of their mechanical capacity simply interacting with the macroether.
As ω approaches ω_c, the denominator shrinks toward zero, driving Δt up. This physically forces the internal “time space” particles to vibrate slower, creating a temporal redshift (slower time).

2. The Medium Density Lever (The Numerator)

This is the fluid-dynamic correction factor (ρ_st / ρ₀) that completely replaces Einstein’s gravitational warping. When you alter the density of space, you directly alter the pressure exerted on an object’s internal components:

High Spacetime Density (ρ_st > ρ₀): The dense crowding of space particles physically compresses and restricts the room available for internal “time space” particles to vibrate. This forces their frequency down, resulting in a redshift/dilation (slower time).
Low Spacetime Density (ρ_st < ρ₀): The fluid pressure drops, allowing the local “time space” particles to vibrate at a much higher frequency. This triggers a blueshift/contraction (faster time).

Scenario A: The Parker Solar Probe (Maximum Slower Time)

The Parker Solar Probe travels at extreme speeds very close to the sun.

The Spin Factor: Its relational spin frequency ω is high, making the denominator small, which pushes Δt up.
The Density Factor: Because it is deep within the sun’s massive particle environment, the local spacetime particle density ρ_st is incredibly high. This makes the numerator ρ_st / ρ₀ significantly greater than 1, pushing Δt even higher.
Result: Both levers work together to drastically slow down the probe’s internal time.

Scenario B: GPS Satellites (Net Faster Time)

GPS satellites present a paradox in relativity because they move fast (which should slow time down), yet their clocks tick faster overall.

The Spin Factor: The satellite’s velocity means ω is elevated, which slightly acts to dilate time (slowing it down).
The Density Factor: However, the satellite orbits high above the Earth where the fluid medium of space particles is far less dense (ρ_st < ρ₀). This causes the density fraction ρ_st / ρ₀ to drop significantly below 1.
Result: Because the low-density “blueshift” effect outpaces the high-speed “redshift” effect, the numerator overpowers the denominator. The net value of Δt decreases, meaning the clock’s internal vibrations speed up.