# Is there a relationship between matter and energy

### What is the relationship between Matter and Energy? | Life Persona The Relation between matter and energy Is given, according to the theory of relativity, by the speed of light. Albert Einstein was the pioneer in. The lessons make matter and energy topics easy to understand so you're ready for Kinetic Energy to Potential Energy: Relationship in Different Energy Types. How does one become the other? Albert Einstein's most famous equation says that energy and matter are two sides of the same coin. But what.

Science would have us believe that space is void. But space is only void of concentrations of structured energy that we know as matter. From the standpoint of energy, or magnetic and gravitational force space is full.

## What is the relationship between Matter and Energy?

The planets, stars, black holes, and quasars all follow rules of motion. Forces act on forces and forces acting on stars and planets can hardly be considered void or nothingness. In fact everything affects everything to some extent. Since energy is a difficult concept let us suppose that the universe is filled with water.

For example, imagine a small eddy in water. The eddy currents have a hollow center and could not resist the flow of air through it but from any side it would have properties of mass. With regard to energy, only a single Axis of rotational structure would have length and width. So we can say that an energy eddy with a single axis y of rotation acceleration would only have two dimensional resistance to a lineal energy or force.

If a photon were an energy eddy with a single axis of rotation, it would have properties of matter and energy. It would have a single axis of rotation; therefore having direction and frequency or wave form. It would be effected by magnetism and gravity. It could be created by electrons tumbling and interacting in a concentrated magnetic field.

The photon would vary with the diameter of the rotation. The cause and effect of the fields that create it would determine its diameter or frequency. If one imagines the rotating field or energy eddy on a plane the rotation would cause motion. It would have direction and frequency. Think of a tire rolling down a hill. It has both physical and wave properties. Is light a wave or matter? The answer is yes. Because a photon is the most basic component of structured energy.

During creation of this time space dimension it would be the first thing created. I know they say that a photon has no mass, but they used to say that about electrons also.

Photon mass is let us say a property that allows it to be affected by gravity and magnetism. Dual Axis of rotation would have three dimensions length, width and height. If the object spins fast enough it would take on the properties of a solid spherical object. A two dimensional accelerating object is a model for the electron. The smallest stable mass. A rotational couple is formed when two directions of rotation are joined.

We have both mass and stable wave form. The field or structure is fixed. It is the smallest fixed particle of mass. I know that somebody will say what about the quark.

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But the quark is not a fixed and independent structure. Each polar region has a concentrated field that effect the electron microscope in a way that indicates structure. Proton How may directions can an object be rotated or accelerated at the same time? Imagine this sphere rotating X and Y axis now spin it on the Z axis or third dimensional axis. Gravity is the constant impelling force associated with mass.

Mass is created by the outward pushing centripetal force and gravity is the impelling force. Gravity is directly proportional to mass. This presents the possibility that a change in the apparent mass will also cause a change in the gravitational effect. To review, a particle with a single axis of rotation is a photon. It has field mass singular rotation, frequency and direction. It is created by the collision of opposing fields of rotation. Its frequency varies depending on the concentration of field in which it was created.

### Quarked! . How are matter and energy related?

An electron has two axis of rotation. It is a fixed and stable parcel, it has fixed mass and magnetic properties. A proton has three axii of rotation. It has a larger mass and gravitational force based on the third direction of rotation. Each axial field is made up of a quark and anti-matter property. The bang begins from a small rupture in the time space continuum. Imagine our universe as a balloon with nothing in it and the bang eruption as the air needle you insert to blow it up. The needle has no shaft so it is really like a infinitesimal doorway which grows larger as the energy flow increases and the new dimension expands.

I would suggest that a super gravitation event in all four dimensions length, width, height, and time of the adjacent time space continuum caused the rupture. As the energy emanates and increases acceleration, the energy in front resists the change in acceleration of the energy behind it.

As the ever increasing energy behind ET2 pushes passed ET1it causes the less intense linear energy to form eddies ET1. As ET1 begins to rotate it forms a field of resistance which has two physical dimensions width and depth. Then the eddies take on the properties of matter on the Y axis of rotation but in the vortex of the eddy the properties on energy still exist. The structure of a photon is not stable out side of a force field since the second dimensional axis of rotation is not established it dissipates and tends to have lineal direction of movement through other fields.

But for now our photon is still trapped and resisting acceleration. It is now rotating on both the x and y axis and has properties to matter in a stable field in three dimensions without measurable properties of mass and two dimensional acceleration. The new particle is call E electron. Two particles of E with opposite polarity are force together and begin to resist the emanating energy and begins to rotate on the third axis or Z. The matter now takes on the properties of measurable mass. The alteration of the mass is important at the atomic level, this shows that matter is not an unalterable quality of the body, and that therefore matter"can disappear", being released to the outside in the form of energy.

According to these physical principles, the mass increases as a function of the speed with which a particle moves. Hence the concept of relativistic mass. If an element is in motion, a difference is generated between the initial energy value resting energy and the energy value it possesses while the body is in motion. Also, given Einstein's relativistic theory, a variation in the mass of the body is also generated: The mass of the body at rest, is also called intrinsic or invariant mass, since it does not change its value, even under extreme conditions.

Matter is the material substance that constitutes the whole of the observable universe, and together with energy, both elements constitute the basis of all physical phenomena. The relationship between matter and energy expressed in Einstein's theory of relativity, laid the foundations of modern physics in the early twentieth century.

What is the relationship between matter and energy?

References De la Villa, D. Matter and energy relationship. The Einstein equation Wikipedia, The Free Encyclopedia