The Theory of a ”timeless simultaneous Universe”

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Offline Thebox

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Abstract- This article is to present viable argument against Albert Einstein's paper  of June 30, 1905 titled ''On the electrodynamics of a moving body'' and the mentioning definition of simultaneity which is also a part of Albert Einstein's theory of relativity of  1915.

Section One- Defining

Part One - Defining Simultaneity.

Firstly, we must be certain  in our minds  that we understand the definition of simultaneity.  Albert Einstein defined simultaneity as  the property of two events happening simultaneously in a reference frame,  however  according to Einstein's theory of relativity , this is not a value or principle which is regarded as universally valid or which may be viewed without relation to other things, something that is simultaneous in one reference frame is not necessarily simultaneous in another reference frame .  Simultaneity is also closely related to  time dilation,  Albert Einstein's 1905 paper of special relativity and many experiments showing that time slows down relative to velocity.

Part Two - Defining Simultaneous.

To be certain, for us to  reach an understanding, it is an important value to be sure that our definitions use are understood.   Simultaneous, is events that happen at the exact same time, a synchronisation.  For example,  if two different people were both born at exactly 3.30 am on Monday January 1st 2016, these two independent events would be simultaneous events happening at the exact same time.

Part Three - Defining Time.

It is important in  the understanding of simultaneity and simultaneous to completely understand time and to build a central or primary rule or principle on which time is based.  Time is the rudiment of existence, time is said to have begun of the big bang some what fourteen billion years ago.  Time is said to be the thing that stops things happening all at once.   Presently we refer to time as a measurement, the movement of the hands of a clock or the present use of Caesium clocks and it is said that  the  integral of the frequency is time,  9,192,631,770 hertz  being equal to one second of time measurement.  In ordinary terms , time is the mechanism that allows us to synchronise our everyday lives, synchronised in respect relative to  the inertial reference frame of the gravitational constant of the  Earth and relative velocity, but not simultaneous relative  to other reference frames according to relativity.

Part Four - Defining Measurement.

To continue in the aim of understanding, let us define what a measurement is and be certain that we understand.  A measurement is the distance between two geometrical points.  A base quantity such as a length of a distance or such  as an increment length of time or the mass of something.   Measurement is a scalar quantity when spoken in these terms, often based on linearities between two points and the result of measurement being a finite result contained between two points. Measurement generally uses a first point with a zero value and the second point being the result of the measurement.   This scalar type measurement differs slightly to the measuring system of vector measurement.  Vector measurement concerns with velocities added and several geometrical points  and uses Minkowski's space-time, a four dimension manifold of three dimensions of X,Y,Z and a forth dimension of time, also used in Albert Einstein's special relativity and the common use of present.

Part Five - Defining Constant.

It is worldly accepted that the speed of light is constant to all observers in any reference frame when measured in a vacuum.  When talking Physics, the word constant refers to the speed of light and means that the speed of light is unchanging and can be measured to being the same speed by any observer. However, the speed of light is not infinite but is widely agreed to be finite.  To be clear on our understanding, the constant of light is only constant and unchanged in a vacuum, where as none vacuums with mediums and objects have effect and makes the speed a variate and changing wavelength.  However it is of importance that we understand the word constant has other meanings.

Let us consider colour, relative to us we observe colour , colours are a wave-length of light, a certain frequency that defines the colour we observe. In observation we observe a red apple, the colour of red is constant to all visual observers who are not colour blind. The red is unchanging and remains a constant until it decays and loses it's colour.

Let us now consider gravity, relative to us it is constantly pulling us to the ground.

So in our understanding constant is more than just a constant speed, it is any observation occurring continuously over a period of time.

Section Two - Understanding

Part One - Understanding the constant-'constant of light propagating through space.

Light in a vacuum travels at 299 792 458 m / s and is a constant.   Space  is a near perfect vacuum and is ''transparent'' to light, meaning that space allows light to propagate through space unchanging in the constant speed.  Ourselves,  observe a clarity of space in that relatively we can observe distant objects reflecting light and the space between ourselves and the observed object  is not opaque, it is relatively ''see through''.  This observation is relatively constant to all visual observers in any frame of reference that is not in shadow/night.

To be continued...hope this is better stuff
« Last Edit: 22/01/2016 20:51:40 by Thebox »