Newton versus Biblical Physics

Newton's book Mathematical Principles of Natural Philosophy had enormous influence. The first chapter is titled Definitions. "The quantity of matter is the measure of the same." "The quantity of motion is the measure of the same." Newton was not referring to the common way of measuring things. "I do not define time, space, place and motion, as being well known to all. Only I must observe, that the common people conceive those qualities under no other notions but from the relation they bear to sensible objects. And thence arise certain prejudices, for the removing of which it will be convenient to distinguish them into absolute and relative, true and apparent, mathematical and common." Common folk measured things relatively, by comparing real objects to other sensible objects, such as crowing roosters to the dawn.

time is now the prejudice of common folk. It is now the independent variable in most mathematical equations. The best clocks in Newton's day used pendulums. Today scientists use atomic clocks for calibrating most units such as length, velocity, gravity and mathematical laws. Everyone apparently has faith that atomic clocks are perpetual motion machines, even though no ancient galaxy shines with perpetual motion atoms.

Biblical physics is based on the simple words of the Bible. Its foundational principle is that the creation is in bondage to phthora, fundamental change. It uses no complex ways of measuring or difficult mathematics. We verify biblical physics, not with symbolical spaces and absolute time, but with real, sensible objects. The universe is so vast, and the voids between galaxy clusters are so opaque, that we see the history of the universe optically, all the way back to the creation age. We see cosmic history like millions of separate frames in a movie film; each frame showing how galaxies looked at some ancient era.



The above image is a few frames in the visible history of the cosmos, all of which are from the Hubble Deep North. As a jpeg, these objects are not as sharp as they appear with other video resolutions.

The first frame is a galaxy chain, #215 in the Hubble Deep North. Notice that that it looks like three equally spaced beads on a necklace. If objects really are equally spaced and they are far away, they will always have equal angular separations, no matter from which direction we view them. The atoms in these galaxies emitted light that was approximately twice the wavelength of local atoms.

The next is #909.  Notice that the central clump of stars has two beaded appendages above and below it. The atoms in this ancient galaxy emitted light that was 3.4 times the wavelength of modern atoms.

The next is #593 is two primordial galaxies. The lower one a blue clump of stars on each end. The upper one has a string of star beads that seem to overlap the lower galaxy. Notice again the equal spacing, like links on a chain. These ancient atoms emitted light with a wavelength that was 2.7 times the wavelength of local atoms.

The next is #472. Here we see that equally spaced beads of stars have bent around the nucleus. The light from this early spiral galaxy has 2.1 times the wavelength of similar local atoms.

In the last frame, #225, we see a galaxy with a more developed, yet still beaded appendage. The beads of star clusters have rotated around almost one full turn around the nucleus. This galaxy shines at 1.3 times the wavelength of similar local atoms.