The Concepts of Newton vs. Einstein

Things are not what they seem when time and gravity are not treated properly. (Erik Lovin)

Special Relativity came out in 1905, and Einstein said time is relative, but his theory doesn’t include gravity. His theory states that the faster an object moves, the slower the time, the more massive the mass, and the shorter (smaller) the object. And at light speed, the mass is infinite, and time has stopped. 

Many scientists don't believe his claims, but the results agree with his theory during non-relativistic speeds and in mind experiments. At the end of his Special Relativity (SR), he wrote down the world's most famous equation. E=mc2. 

Why does a massive object have a strong force of gravity? Speed has nothing to do with mass or time. Einstein proposed that acceleration is the same as gravity. In 1915 he tried to improve his theory by adding gravity and calling it General Relativity (GR), but he couldn’t find out the cause of gravity. He wanted to add acceleration to the speed of objects to complete his theory of Relativity. 

Einstein used geometry to model the path that objects follow as they are attracted to a large mass in space. This idea turned into the concept of the curvature of space. Gravity became known as distorted space, where objects fall into depressions around large objects. This is an easy thing to imagine, but it’s not reality.

Science assumed that light was massless so that it couldn’t be attracted to the Sun’s gravity. To prove that space around the Sun is distorted, he suggested that a total eclipse of the Sun would show that the stars in the sky have moved. He proclaimed that light would follow a curved path around the Sun, proving that space curves. The 1919 total eclipse proved his claims, and he became an instant celebrity. 

We know many reasons why light bends around the sun. Examining his proof today is meaningless. His proof has no substance. It’s just the index of refraction and the fact that light has mass. This article shows the Proof That Light Has Mass. 

Time dilation happens to clocks because of the force of gravity. It's not "time" acting on gravity or speed. Time doesn't have any power. There's no evidence that GR has any value once you correct his use of time dilation as having physical power. Let's look at each claim separately. 

1. The Faster you Travel, the Slower the Time.

When driving a car, you increase your acceleration by pushing the gas pedal. To move faster, you need more power, and the force of acceleration is a force of gravity. The force slows down the atoms in your clock or speedometer and the time on your clock slows down. The effect is minimal during non-relativistic motion. Einstein used mathematical equations to state that time slows down and that your time (age) remains less than your stationary friends. That's impossible. Time is Relative to Gravity. 

2. At the Speed of Light, Time Stops.

Light travels at the speed of light, and it doesn't stop. Heavier particles such as protons and neutrons cannot travel at light speed. If they had a clock, their clock would slow down to a near stop. But "time" doesn't stop. A clock stops ticking and Time is What a Clock Shows. 

The time on a clock doesn't have the power to change anything. It's the force of gravity that affects a clock. Speed doesn't have any power, as he promotes. It's the effect of gravity that will stop a clock. Gravity can also stop your heart and smash you into particles of atoms and molecules. Einstein got around this in SR by saying he was not considering gravity.

3. The Faster An Object Moves, The Greater the Mass. 

At the speed of light, an object's mass becomes infinite, said Einstein. This is impossible because the energy needed for it to happen is infinite. The truth is that a mass doesn't increase, but the kinetic energy of a moving object increases. So, the energy increases, and the force of gravity increases. 

To move faster, you would need a massive amount of energy that isn't available. Namely, the amount of energy required increases, not the mass.

4. The Faster an Object Moves, the Shorter it Gets.

This is called relativistic length shortening. It isn't a real thing, but most scientists think it is. When measuring relativistic speeds, they use a clock, but a clock has an error in time dilation. The mistake in their math comes from using time dilation, which is caused by the force of gravity. Remember, the faster you move, the slower the time?

Einstein didn't understand that the force of gravity was changing the clock's time. He said gravity isn't included in SR. But gravity is the force in SR. Time isn't a force. Time is a measurement of speed and not a force that can cause things to happen. He used time to change the length of physical things, which is impossible. 

5. General Relativity Adds Gravity to SR.

Finally, GR relativity is Einstein's description of gravity. GR doesn't have a force that can cause space to curve or time to slow down. Don't be fooled into thinking that a curvature of space is caused by mass, and then objects follow the curved path. What force causes empty space to curve? Relativity is nonsense. Time dilation doesn't have the power to move things. 

And the GPS system doesn't need relativity to work. The satellite clocks are monitored and adjusted to the reference clocks from Earth. The GPS doesn't use Einstein's relativity, but it proves relativity exists. The satellite clocks tick 45 microseconds faster in less gravity and slower by 7 microseconds because of the force of acceleration. The result is that GPS clocks tick about 38 microseconds faster than clocks on Earth. Both SR and GR are affected by gravity, not speed or time. 

6. Newton's Time vs. Einstein's Time.  

Isaac Newton's book Mathematical Principles of Natural Philosophy was first published in 1687, establishing classical mechanics. According to Newton, absolute time exists independently of any observer and progresses consistently at the same rate throughout the universe. 

In Einstein's Special Relativity, Einstein concluded time is relative and that the rate at which time passes depends on the observer's frame of reference. According to someone in a different frame of reference, the faster a clock moves, the slower time passes. 

That doesn’t make sense, yet many experiments have proved Einstein’s relativity. It’s time to examine Relativity and determine if there are errors in the measurements. 

Errors in Relativity.

Einstein's GR relativity uses time dilation to explain the force of gravity. This is an error in mathematics. Time is a number on a clock that is affected by the force of gravity. Time has no force or power to change motion, mass, or gravity. Time is used to measure speed, length, and the force of gravity. Time dilation is caused by gravity, so you could say Time is Relative to Gravity.

Time Is What A Clock Shows in the present moment. Time is a measurement of a change in an object's motion, speed, or duration. Suppose that time is relative to your frame of reference. That's not the same as saying that the universe has different times. The error in Relativity is that time is used as some kind of power. 

Think of your life. Time started in your life when you were born, and the universe began 13.8 billion years ago. You live your life at a constant rate determined by the motion of our planet. You can't move faster or slower than the motion of the earth. The universe also has its age, and it moves at a steady rate, not faster or slower, depending on the time on a clock. There is only one time in the entire universe. 

Relativity of Simultaneity.

Einstein made the error of using the speed of light to measure time. You can use the speed of light to measure a distance, but not time. We cannot measure time because time is already a measurement. Events in the universe happen simultaneously, but we experience events when the universe has moved the information to our location. Read the proof in this article, Simultaneous Time and Absolute Simultaneity. 

Sir Isaac Newton was correct to say that the universe has one absolute time. A clock's time is relative to gravity, but that doesn't change the time in the universe. 

Dear Einstein, time is not relative to the speed of light, and your Relativity theory has nothing to do with reality. It's time we found out the truth about time, and, if needed, we can add time dilation to Newton's Laws of Gravity.  In this book, you will find A New Theory of Gravity. We don't need your theory of Relativity for anything. 

For most scientists, this is a challenging idea to swallow. No one wants to find out that their truth is based on a falsehood. But it's not our fault that the media has promoted Einstein to the status of a genius, so we accepted the same opinion. Remember when Einstein said, "Two things are infinite, the universe and human stupidity, and I'm not sure about the universe?" Was he using our stupidity to believe his relativity? I hope not. 

We have new ideas to explain what Einstein couldn't. You owe it to your beliefs to find the ultimate truth. Is Einstein's Relativity built on false statements? Take a few moments to read these articles and think about them.

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