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Balls Diagram Review

The Balls Diagram

This is a review of the Balls Diagram, which will be valuable in understanding the rest of the Hyperons....:)


As you know, didactics requires some memorable associations and I thougtht about this one while listenig to Chris Matthews' Hardball. Valentine's Day was also in my mind...:)

So let's learn some physics up, Fellas.:)

The Balls Diagram has been shown for the initial particles of the Hyperon Family and even though they should be self-evident, I thought that it would be worthwhile to spend a blog on it...:)

Let's take the Coherence Diagram for the Pion Minus for simplicity and its corresponding Balls Diagram.



Pion Minus

Brief Review on How We Know What We Think We Know

Comments #3 Brief Review of How We Know What We Think We Know

I said...

How do we know what we think we know?
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Without the benefit of seeing the skinny fourth spatial dimension, we couldn't really measure those 4D volumes and very small angles, so we concocted the concept of Mass (the 3D projection of a 4D Volume).

If you don't know that you are traveling radially at the speed of light, your 3D observations and body of knowledge will have to be adjusted to consider lightspeed to be the limiting speed on the 3D sliver of Universe you live. That entails stretching proper time, contracting space, etc.

I don't know who else did it, but I certainly did notice that Lorentz transformations is equivalent to a rotation by an imaginary angle and that time is imaginary in Physics.

The point is that by discovering Lorentz transformations we postponed another 100 years the discovery that we are all in motion at the speed of light. Were I am certainly being optmistic in believing people will eventually discover my work..:)

I appologize for being loud and sometimes outrageous or at least defiant in my corner of the internet... It is very, very quiet here and sometimes one has to scream to check to see if anyone is listening...:)

Next, I've just copied a prior blog - sanitized from some of my sense of isolation - in preparation for better blogs about the Hyperons... The Hyperon work was done last year end, during my vacation....I was pleasantly distracted and had only some of my attention on the problem.... so they might be perfect or not... I didn't reconsider the assignment problem to check for mistakes... I welcome any suggestions, corrections..

In my paper, I expressed Newton's equation as:


Comment #2 on the Silver Surfer

Comments #2 on The Silver Surfer and The Hypergeometrical Universe

Anonymous said...

Ok, I see it. I guess it explains the lateral motion. But what about the radial? If one was to take a "surfer" analogy literally, one would have to assume a presence of a force perpendicular to the plain of "surfing". I.e. the only reason a real surfer can move forward is because of a gravity pulling him perpendicular to the surface of water, water resisting it, and a moving wave. So, if we live on the edge of a 4D shockwave, then there should be some force pulling us in the fifth dimension, shouldn't there?

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First of ALL, let me thank you for asking me such meaningful and thoughtful questions.

This is a wonderful question, Anonymous...


I prayed everyday for such an event, and finally got my prayers answered ...:) He sent me a real Surfer (I mean, a Real Physicist...:)

First, let me remind you that the force on a Surfer is also trying to reach equilibrium or relaxation and that althought there is a Force and there is motion, if one disregards friction between the surfboard and the water and changes in height, there isn't work been done. The Force is just a boundary force or virtual force not unlike the force the ground exerts on us. The same is valid for the hypersuperficial force :).

First I will give you the short answer :

Radial (and lateral) propagation is driven by restoring metric forces (I calculated the 4D space deformation spring constant in my Grand Unification Paper). One can surf a transversal sea wave (where Gravity is the restoring force) or a shock wave (longitudinal wave) from a Supernova explosion (pressure being the restoring force). There are dissipation, acceleration and masses in these analogies, but in my theory there are only dilatons (traveling metric modulations) and dilators (coherences between 4D stationary deformational states). NO accelerations or masses.

Comments #1 on The Silver Surfer

Comments on The Silver Surfer and The Hypergeometrical Universe

Anonymous said...

Say, there are two observers A and B separated by distance X. The observer A starts motion in direction of B with such an impulse, that by the time he reaches B, his velocity will match the Hubble velocity. What will the observer B see? Will the A continue his motion? Will he slow down and stop?
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To answer this question the first thing to notice is that one can see A and B on both cross-sections shown above. We will use just the left panel RXYZ cross-section to answer this question.
Let's first check the initial condition where the Fabric of Space is relaxed on both A and B positions, reminding that the Fabric of Space is the wave we ride - where the 3D space and all dilators (matter) are located.

At first sight you might think that the objects on positions A and B are at rest with respect to one another. This would be the case if the 3D Hypersurface were not expanding at the speed of light. In reality they are traveling away from each other at their Hubble velocity. Be their distance X, then they are running away from each other by X/R*c

This can be easily derived if one considers that the radial expansion takes place at the speed of light and the geometry of the figure.

That is why one can only see thing up to one radian in each direction.
The first thing to notice is that it is not clear how to measure the local deformation of the Fabric of Space. This topology (hyperspherical expanding 3D Universe) is connected to the 4D Big Bang proposed in the Cosmogenesis paper.
Under that assumption (Big Bang = 4D explosion), the average velocity on any region of the 3D space is the Hubble velocity, that is, farther regions contains celestial objects that on average run away from us at the Hubble speed. What one can distinguish from one region to another is the width of that distribution. When most of the interactions had taken place a long time ago, the distribution will be sharper. A sharper distribution of receding velocites means that the objects are close to their Fabric of Space relaxed positions.
The comment requires that object A, under the action of an impulse, to reach its Hubble velocity at position B. Velocity is a tilt in the local Fabric of Space and that tilt should make the local normal to be parallel to the Fabric of Space normal at position B. The diagram that would reflect that condition would be the following:


For the distance between the objects to diminish, the tilt (velocity) has to be larger than the Hubble tilt (velocity) between the two objects, thus the proposed experiment doesn't make sense and that is the reason for the paradox.

Encounters of the 4th Kind....:)