This was the way the site --below-- looked many years ago, Dan Fitz. Understanding the wave aspect of space and time.
This was the way the site --below-- looked many years ago, Dan Fitz.
Understanding the wave aspect of space and time.
To fully understand what space and time really are, you must understand the underlying wave aspect that gives us our space and our time.
It's easy to visualize once you understand these following concepts.
1. Light and heat energy are delivered in quantum units of momentum (h and h-bar). A multiple number of these, over a period of time, are a Huygens' scalar wave. This first concept is a very important concept because a number of these quantum units always appear as a scalar wave on the time scale. They also appear as a sphere on the space scale. But they only do this if they are homogeneous and isotropic.
2. You must see that all entities are made up, exactly as Dr. Milo Wolff has proven the electron to be made up, as a scalar, standing wave entity.
3. You must understand that it takes a wave front, built up of at least six quanta, before our eyes can see it. What we see are really these spherical wave fronts that are exactly in phase with the receptors in our eyes. Now you can understand why Dr. Milo Wolff describes the electron as being built like an onion with each skin and then the next skin and then the next appearing in phase with each of the surrounding electrons at the velocity c.
5. This brings us to the phase wave aspect of it becoming what Tony Bermanseder terms an "Instanton" (two electrons resonating in one cinema frame) where these phase waves seem to act instantly.
6. And this brings us to Bob Angstrom's description of c being what we see as 300, 000, 000 (3x108) meters in our subset reference frame that we are expressing as a second even though c may be seen as acting instantly in another spacetime reference frame.
7. Now we jump into the realm of the quark where the frequencies are even faster than the electron and where we surmise Tony Bermanseder's "Instanton" (two quarks resonating in one movie picture frame) to be acting at a speed of 9x1016 per second. And this takes us to what Wheeler and Feynman warned us about, that even though we might observe such a fast speed, we would never be able to measure it directly in our reference frame.
It is really this quark spin that resonates with another spinning quark at what we sense here as 9x1016 per second or c2.
From this comes the almost instantaneous speed of gravity as shown by Van Flandern.
And this causes inertia or inertial mass via Ampere's Laws.
Now you have all the essentials to understand what space and time really are in terms of these (spin/orbit frequency) wave-resonances.
Our time is essentially derived from the rate of the scalar wave that Dr. Milo Wolff found is building the electron itself.
The electron.s space, and some of our space, is being built both via discrete electron spin change diversity (h-bar) and discrete electron orbital change diversity, (h) units of the electron. Over time and at low speeds and masses this space appears to take on a spherical, scalar aspect providing the spins and orbitals causing this are homogeneous and isotropic.
Magnetism and sigma and pi bonding---things we see as force---are being produced by the spin of the electron (h-bar) whenever these are not homogeneous and isotropic.
See Ampere's Laws.
Magnetism is produced by large groups of spinning electrons that are all on specific orbitals with their spins all "locked" in one direction.
Charge stems only from entirely free electrons.
Charge and magnetic lines of force appear in our reference frame. They prevent us from seeing what is really going on in the electron's spacetime realm.
Remember, the smallest unit of magnetism is the spinning electron.
Now, let's look at both sigma and pi chemical bonding. This is what holds the atoms together to form molecules. It is done simply by the magnetic quality of the spinning electron and nothing else.
It can all be seen by combining the following withAmpere's Laws.
Magnetic polar to polar attraction, in the smallest magnetic unit, in this case a single spinning electron, is identical to pi bonding. When an electron shifts from spin up to spin down, the shift of this polar attraction results in energy that we measure as h-bar times the frequency.
Magnetic attraction also exists between the sides of a spin up-spin down electron pair and this is called sigma bonding. This is basically the same as a magnetic attraction existing between the sides of two magnets that have their poles reversed. When an electron shifts, the smallest unit of this side bonding from the surroundings to the nucleus is also energy; this we measure as h (Planck's constant) times the frequency.
The polar attraction is stronger than side attraction in magnetism. But why is it the reverse in chemical bonding where polar pi bonding (which, when shifted, gives us h-bar) is weaker than sigma side bonding (whose shifting gives us h)?
There are 2 possible reasons:
You must not forget thatAmpere's Laws show us that while molecules are being held together by the spins of the electrons, these molecules are being picked up via our receptors only when our receptors are in phase with the wave fronts being viewed.
As we view the macrocosm, built of these same molecules, this is why we see c as being a constant and relativity corrections being necessary with high speeds and mass.
There aretwo ways to view this universe
There are two ways to view this universe:
The advantage of using this present science method is that today's math can be used for accurate answers providing you do keep within certain parameters and do not venture into another frequency, spin/orbit, spacetime realm.
The disadvantage of this present science method is that using this method you are condemned to seeing different fundamental forces instead of seeing it all as one type of force.
The advantage of using this method is that all forces can be seen simply as one type of force.
Ampere's Universal Particle/Motion Law. (Using motion in the microcosm is far superior to plus and minus charges and lines of force if you want to see the "big picture" approximation that Dirac promised
The disadvantage of this method is that no present math is available to give us an accurate picture of things using
Feynman understood the importance of using this concept of motion for unification. Look what he said about that in his famous QED
Simply click on any of these various colored links to get what you want. No pop up ads with any of these either.
importance of SCALAR WAVES
Why E = mc2
Speed of Gravity is 9x1016 meters per second.
Fitzpatrick's First Book (FREE)
a NEW Science Tool
3D + TIME
Limits to Logic
you cannot quantify without fixing the gauge fixing the gauge
Over 4 Decades of Daniel P. Fitzpatrick's Books, Papers and Thoughts
Over 4 Decades of Fitzpatrick's Books, Papers & Thoughtshttp://www.amperefitz.com/4.decades.htm
Daniel P. Fitzpatrick Jr.
Anyone may copy and paste this complete presentation to their web page providing they paste it in its entirety.
To paste any of my pages to your desktop in their entirety, FREE, do as follows.
1. Right clicklink of page.
2. Click - send target as.
3. Click - save.
Daniel P. Fitzpatrick Jr.
If any of your work seems to correlate to my findings then please write to me at:
Daniel P. Fitzpatrick Apt. 329
4310 Bee Cave Road
West Lake Hills, TX 78746
Send me your e-mail.