EFE Violates the Basic of Astronomy

The Einstein Field Equations say:

The left-hand side of that equation is a matrix of numbers (curvature of spacetime). Mathematically, spacetime is a manifold. The right-hand side is a matrix of quantum operators, each of which has an expectation value. This, at some level, makes no sense.

Mathematics actually is about a way of modeling patterns that we see in the real world. It is similar with thought experiment, a mathemathic equation can be made to obtain the result they wanted to get.

Is the mathematic true and then the theory should be true? No, for example, according to Maxwell’s equations, it’s possible to have a “magnetic monopole” — a magnet with a North pole but no South pole. Magnetic monopoles have never been discovered, and many scientists believe they don’t really exist.

“It is impossible to make magnetic monopoles from a bar magnet. If a bar magnet is cut in half, it is not the case that one half has the north pole and the other half has the south pole. Instead, each piece has its own north and south poles. A magnetic monopole cannot be created from normal matter such as atoms and electrons, but would instead be a new elementary particle.”

If you study Einstein Field Equation of gravitation, you’ll find EFE is based on assumptions, thought experiment, and Riemann geometry. In the case of Einstein’s thought experiments, we know that there are full of logical fallacies; a kind of a false equivalence and the fallacy of composition.

Riemann Geometry

One of the basic topics in Riemannian geometry is the study of curved surfaces in general. Riemann geometry also study higher dimensional spaces. But, there are no practical applications of Riemann geometry in astronomy. Riemann did not take an interest in the space of the astronomers. Questions about the global properties of space he cut short as “idle questions.”

Projecting a sphere to a plane is very important to make a map used in astronomy. But, the astronomy doesn’t using Riemann geometry.

Einstein was interested to Riemann geometry, but Einstein had no idea on the basic of astronomy, therefore, he had not realized that Riemann geometry is useless in astronomy. Ironically, he declared a mathematical equations (EFE) that are based on Riemann. So, EFE is also useless in astronomy, in the sense that EFE violate of astronomy.

To get his equation, among other Einstein assumes that ‘in spaces where matter is absent’; this assumption is reasonless to reality. Outer space, or just space, is the void that exists between celestial bodies, including Earth. It is not completely empty, but consists of a hard vacuum containing a low density of particles, predominantly a plasma of hydrogen and helium as well as electromagnetic radiation, magnetic fields, neutrinos, dust, and cosmic rays.

Mathematically, spacetime is a manifold, which is to say, it appears locally “flat” near each point in the same way that, at small enough scales, a globe appears flat. An extremely large scale factor, relates distances measured in space with distances measured in time. The magnitude of this scale factor (nearly 300,000 km in space being equivalent to 1 second in time), along with the fact that spacetime is a manifold, implies that at ordinary, non-relativistic speeds and at ordinary, human-scale distances, there is little that humans might observe which is noticeably different from what they might observe if the world were Euclidean.

Beside that, Einstein concluded that gravity and acceleration must produce the curvature of space for this mathematical theory.The elements of EFE are called “tensors”. These tensors must have precise mathematical characteristics, so that they transform into different coordinates according to the rigid rules of the Riemann-Ricci mathematical theory. Tensors that satisfy this requirement are called true tensors.

He called this true tensor his “energy-momentum tensor”. He also tried to develop a true tensor to specify the energy of the gravitational field, but he could only achieve a “pseudo-tensor”, which could not be used in his gravitational field equation. The Einstein equation actually cannot yield meaningful predictions of the much larger relativistic effects associated with cosmology, because the Einstein gravitational field equation lacks a true tensor to characterize the gravitational field.

There is no manifold in the basic of astronomy.

What is a manifold? A manifold is a topological space that locally resembles Euclidean space near each point. More precisely, each point of an n-dimensional manifold has a neighbourhood that is homeomorphic to the Euclidean space of dimension n. In this more precise terminology, a manifold is referred to as an n-manifold.

One-dimensional manifolds include lines and circles, but not figure eights (because they have crossing points that are not locally homeomorphic to Euclidean 1-space). Two-dimensional manifolds are also called surfaces. Examples include the plane, the sphere, and the torus, which can all be embedded (formed without self-intersections) in three dimensional real space, but also the Klein bottle and real projective plane, which will always self-intersect when immersed in three-dimensional real space.

Mathematical Invalidity of the Lorentz Transformation in Relativity Theory

Mathematical procedure by which Albert Einstein derived Lorentz transformation is incorrect. The transformation is an imaginary “solution” to a set of equations which evaluate to zero throughout the derivation process.Author derives Lorentz transformation the way Einstein did, and shows the places where errors were made.

Explanations of Errors
Error 1 →Expression (3) is useless. We have

x − ct = 0 (1)
x’− ct’ = 0 (2)

In (3) Einstein writes

x’ − ct’ = a ( x − ct ) (3) -(a = lambda symbol)

Because of (1) and (2) we can write (3) as
0 = a0

Division only makes sense when the number you are dividing by is non-zero.Therefore, it is not legitimate to divide both sides of the equation because that would be division by zero, which does not make any sense.

That is the same as saying “3 times 0 equals 7 times 0, therefore 3 equals 7”. The fallacy is that, just because two numbers give you the same answer (zero) after you multiply them each by zero, doesn’t necessarily mean that the two numbers are the same, because anything when multiplied by zero gives zero.

How Einstein was Wrong about E=MC2

The Antisymmetric Connection: Fundamental Errors in the Einstein Field Equation

Now I know why everyone says Einstein is so difficult to understand. It’s because he performed impossible and paradoxical mathematical operations:

Actually, Feynman tells us about the beautiful of Einstein general theory of relativity, but it doesn’t agree with 1919 eclipse experiment, so it’s wrong.

Unfortunately, Einstein’s imagination lead him to the biggest blunder in modern physics for more than 100 years.

Conclusion

Einstein’s general relativity has never been right. Einstein has no idea on the basic of astronomy. Einstein hypothesis and Einstein proposed test about bending of light is closely related to astronomy, especially celestial navigation. The navigators around the world will easily able to know Einstein’s hypothesis is not valid; and doesn’t meet requirement of the scientific method.

If you don’t understand Einstein had no idea on the basic of astronomy and Einstein’s hypothesis is not valid; physics training is needed, but more importantly is celestial navigation training. Or, you should look for a person who expert on astronomy/celestial navigation to explain the meaning of Einstein’s hypothesis and test via solar eclipse as written in the book ‘The Universe and Dr.Einstein’, by Lincoln Barnett, London, 1949, Foreword by Albert Einstein himself, on page 78.

They did not hesitate to say: “One century after its formulation, Einstein’s general relativity has made remarkable predictions and turned out to be compatible with all experimental tests.”; or said that special and general theory of relativity are incredibly well tested and very accurate theories. But, actually, all tests are the case of ‘knowing the result’. Obviously, nonsense. General relativity is the greatest hoax in science of 20th century.

Until now, for more than 90 years, Nobel Committe statements in the year 1921 is still valid:”Without taking into account the value that will be accorded your relativity and gravitation theories after these are confirmed in the future”.

The next generation of scientists must know that Einstein’s theory is wrong. If they accepted Einstein’s relativity, I’m sure that their reputation and their college degree will be useless.

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