Time—what is it?

Space, without beginning or end recognizes no such thing as Time.

Getting down to the roots of the matter, Time as recognized by man is merely a record of the number of revolutions made by the Sphere upon which he lives.

The unit of man’s time is established by one complete revolution of the Earth’s surface.

The turning around upon its axis by the earth is called a day by man. His day then is divided into hours, minutes and seconds which are numbered and registered by clocks and watches for his convenience.

Now, besides turning around upon its axis and thereby registering the length of a day, the earth also moves in its orbit around the sun once in every 365 1/4 days which is called a year. A repetition of that performance one hundred times is called a century.

So, as far as man is concerned, Time is merely a record of spherical movements.

But, as there is a difference in spheres there must also be a difference in the length of Time of the different formations in space.

The difference in spheres is gauged by the difference in scope.

So we use the microscope to ascertain the proportions of minute bodies in order to learn the difference in time required for spherical revolutions that these bodies take to swirl around within an atom as compared to the time taken for a body to swirl around within the Solar System.

By examining these minute spheres carefully we learn that they are operated according to the same principles as man’s Solar System.

An atom has a center of Suction that holds together a number of swirling units which revolve around it as the center of attraction.

These swirling minute bodies rushing around their so-called nuclei can be classed as minute planets swirling around their sun. They rush around at the rate of thousands of revolutions a second—man’s Time.

But what can the microscopic inhabitants of a minute planet floating around its sun within an atom know about man’s time?

What can they know about man?

They are living in a different sphere, scope and density than man and THEIR Time must be rated accordingly.

Not to be exact, but just to convey the principle we will say that one of these microscopic Planets moves around its Sun, one thousand times per second—man’s time.

Thus allowing for the difference in sphere and scope it would mean that an inhabitant of that atomic planet would live proportionately one thousand years while man was living but one second on his planet.

So the difference in the length of an atomic creature’s life would be proportionate with that of the length of man’s life as the difference is in their scope, sphere and density.

Therefore, that which is but a second of life in one Sphere is a thousand years of life in another Sphere.

That proves that TIME is but an abstraction that can be stretched or shrunk to suit the purpose of different living creatures. It can be recorded by the number of revolutions made by the Sphere upon which they live, but such record may be nullified at the expiration of that particular sphere’s usefulness.

Advance to Chapter 6.
Return to Contents.
Return to Home Page.

Please mail to: WebMaster@Lawsonomy.org should you have questions or concerns about this site.