This mind experiment demonstrates that time dilation is false time, relativity is incorrect, and time is absolute. Einstein's twin paradox involves twins: one remains on Earth, while the other travels on a spaceship. The concept is that "the faster you travel, the slower the time." According to Einstein's theory of relativity, if the spaceship travels at nearly the speed of light, when the astronaut returns to visit his twin, he will be younger, and his twin will be older.
Drawing of a spaceship and three clocks simultaneously orbiting the Earth. (Not to scale)
Einstein said that relativistic motion produces time dilation, but is time dilation actual time or an illusion of time? In this diagram, visualize the motion of a spaceship with a clock orbiting Earth and attached to Earth's center by a solid cable. Another clock is connected to the cable about halfway between the spaceship and Earth, and an identical clock is on Earth. This thought experiment illustrates the paradox of time dilation by employing three identical clocks.
The spaceship travels at almost the speed of light in a synchronous orbit around Earth. The two clocks in space experience the force of acceleration, lack of gravity, and the cold vacuum of space. The spaceship and the clocks rotate with the Earth for one day, so the duration of time on the two clocks should be the same as the duration of a day on Earth, namely 24 hours or 86,400 seconds.
But when we examine the clocks, the times on the clocks are different. The Earth clock’s duration is 24 hours, the spaceship clock shows about 12 hours elapsed, and the middle clock shows about 18 hours (estimated amounts). However, all clocks should have the same elapsed time because it took 24 hours for Earth to rotate. The time display on the clocks in space is known as gravitational time dilation.
However, the reality is that it took 24 hours for each clock because the same cable connected them to the Earth. Einstein invented mathematical equations to show that time is relative to your frame of reference. However, this diagram shows that time dilation isn't actual time, and the display of time dilation on clocks can't be used as a measure of time. Scientists use relativity to solve problems without knowing that time dilation isn't time.
The gravitational time dilation on the two clocks in space is false time due to forces changing the quantum motion of atoms in the clock's operating atomic structure. Time itself is absolute and is not relative to motion.
What mechanism alters a clock? We know the distance traveled doesn't change a clock's ticking rate. Does speed alone cause a clock to have time dilation? The two clocks in space experience the force of acceleration and cold temperature, while clocks on Earth experience gravity, standard temperature, and pressure, which is the environment needed for clocks to display the correct time.
The spaceship's clock is subject to relativistic forces of energy and acceleration. The middle clock has a smaller acceleration force. We always forget to mention that the cold temperature in space would affect quantum motion and slow down the frequency of molecules and a ticking clock.
This mind experiment demonstrates that clocks experience time dilation primarily caused by a gravitational force. The GPS clocks verify the same effect. The satellite clocks tick faster in space due to the weaker gravity, but slower due to the force of acceleration. Time dilation is relative to the force of gravity and the acceleration a clock experiences.
Furthermore, a clock's time dilation cannot cause a physical effect. However, the forces acting on a clock would also affect the chemistry and physics of all atoms in matter and biology. These physical forces affecting matter are never mentioned in relativity. If a force acts upon a clock, the force also acts on the spaceship and the astronaut.
The paradox of time is easy to explain because the duration of time for the Earth twin is the same as for the spaceship twin. Time dilation occurs only to a clock because of the effects of gravity and acceleration, while neglecting temperature.
The time dilation on clocks is not actual time because the time remains constant, as the diagram illustrates. The exact time for each clock was 24 hours because they were attached to the same cable during the synchronistic rotation around the Earth. This proof doesn't require observers to look at each other's clocks or use equations to create time dilation, which are false values.
Additionally, the forces causing a clock to tick more slowly would also cause the astronaut's heart and body functions to slow down, eventually leading to his death. The universal truth is that time is absolute, and physical matter is subject to the forces of nature.
Temperature Time Dilation
The temperature affects atomic frequencies and is the basis of the Kelvin scale. At zero Kelvin, all atomic vibration stops. A great experiment would be to place an atomic clock in a cold container at the same temperature as in the GPS satellite's environment.
After 24 hours, compare the time with an identical reference clock for any temperature time dilation. Then, compare the time dilation value and the time dilation on a satellite clock to determine if temperature affects the GPS clock's time dilation. I wonder if they heat and cool the atomic clocks to eliminate temperature effects.
Consider an example of a spaceship travelling at a constant speed. Does his clock get time dilation? Einstein says no, not if the speed is constant. I would suggest that the lack of gravity allows the clock’s molecules to vibrate faster, and the cold temperature would also affect the clock. Therefore, its onboard clock will be relative to the temperature and lack of gravity.
An interesting scenario would be if a satellite orbits the Earth at an altitude where the gravitational force balances the force of acceleration. Then any time dilation comes from the effects of temperature. Thus, it demonstrates that time is absolute and that clocks are affected by physical forces.
What is the Present Moment of Time?
Does time exist outside of the Present Moment? Everything exists in the present, but it's not a static entity. The present moment is in a constant state of flux, changing billions of times each second into a new reality. Atomic clocks oscillate billions of times per second during the motion that moves the universe.
The universe expands at the speed of light, and this motion causes events to unfold, while the passage of time on our clocks helps us understand our daily lives in slow motion. Our moments of time are labels that allow us to communicate with each other in mutual understanding. It’s easier to say, "Meet me in one hour or be here at the same time tomorrow."
Time is a label to describe our history and to keep track of our daily moments. Clocks are practical tools that allow us to communicate and coordinate our shared reality. Time, as we commonly use it, is a necessary thing, but the only moment that truly exists is now. This understanding can bring a profound sense of reassurance and grounding. It helps us navigate the paradox of time, reminding us that the present moment is the only reality that exists.
Time is personal and doesn't exist outside of our experiences. The universe moves without the use of a force called time. When we use the world's most accurate and reliable clock to measure the speed of light or the frequencies of atoms, we see that the universe changes billions of times each second.
Moreover, the universe is expanding at the speed of light, and the electrons in our bodies shine infrared light as we move with the universe at the speed of light. Consider that the electrons and photons in our bodies are also moving at the speed of light and emitting infrared light, so our biological body is also moving at the speed of light.
We use clocks to label the motion of everything without knowing that the present moment is speeding into the next moment at light speed. We measure the speed of light using clocks, which leads us to believe that time is moving. We measure motion and call it “time,” while reality moves with the speed of light. Time measures motion, but it doesn't cause motion.
The Motion of Light and Time
Time only moves in the sense that the speed of light and the motion of Earth are moving. Clocks count the frequency of atoms and display the motion as numbers describing the duration of motion as “time.” Quantum motion occurs at the speed of light, and clocks help us perceive time slowly, allowing us to experience our daily motion in seconds and minutes.
However, clocks and time are separate things. The main point is that everything is moving, and we use clocks to measure the speed of everything. We think time moves because clocks move, but the motion comes from our planet and the universe.
The speed of light is invariant, and it moves with the speed of the universe. This motion is constant, and from the motion of our planet, we invented clocks that move with the Earth’s motion. We measure the speed of light with clocks that tick at various rates, and Einstein’s relativity calculates the differences as time dilation.
However, if the speed of light is invariant, time is invariant, or we would measure the speed of light as having different speeds. Therefore, you can't use the speed of light to measure time because if the speed of light is invariant, time is invariant. They co-exist as one. Einstein took the stance that time or distance must change to maintain the speed of light.
Let's ask Einstein, why is time relative to motion, but light continues to be invariant? If the time in his mind experiments were to change, it would alter the speed of light. Wow,,,
To understand your relationship with time, read my book, Einstein Misled By Time.
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