What Is the Connection Between Zero-Dimensional Points and the Origin of Mass?

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    Mass Theory
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Discussion Overview

The discussion revolves around the theoretical exploration of the connection between zero-dimensional points and the origin of mass. Participants delve into concepts from physics and mathematics, examining the implications of zero and symmetry in the universe, as well as the role of matrices in describing mass and directionality.

Discussion Character

  • Exploratory
  • Technical explanation
  • Conceptual clarification
  • Debate/contested

Main Points Raised

  • One participant proposes a theory called "quantized space" as a framework for understanding the origin of mass, linking it to the perfect symmetry of the vacuum and the Higgs field.
  • Another participant challenges the concept of zero, suggesting that it complicates mathematical operations and introduces philosophical questions about existence and numbers.
  • A different viewpoint suggests removing zero from matrices to clarify the theory of mass, indicating a preference for non-zero elements in mathematical descriptions.
  • Discussion includes references to Hadamard matrices and their properties, emphasizing their role in describing directional properties in multi-dimensional space.
  • One participant introduces a riddle related to the concept of nothingness, prompting further philosophical inquiry into the nature of mass.
  • Another participant inquires about the lowest detectable mass, leading to a specific mathematical expression related to mass detection.
  • Further elaboration on the relationship between space charge and mass is presented, including scenarios based on the balance of positive and negative charges in the universe.

Areas of Agreement / Disagreement

Participants express a variety of perspectives on the role of zero and its implications for mass, with no clear consensus reached. The discussion remains unresolved regarding the best approach to conceptualizing mass and the mathematical frameworks involved.

Contextual Notes

Limitations include the dependence on definitions of zero and mass, as well as unresolved mathematical steps related to the properties of matrices and their implications for physical theories.

  • #31
Piezoelectric Effect

8LPF16,

In the science of piezoelectric effect, the elastic vibrations of a quartz crystal can produce ultrasonic sound phonon waves with frequency that is as high as the frequency of visible light.

Antonio
 
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  • #32
Antonio,

The last post is a thread unto itself. I believe quartz is unique in its' vibrational characteristics. It has no carbon, where other crystal minerals such as diamond, ruby, etc. do.

Did my last post help you to see what my chart/matrix does?

LPF
 
  • #33
elements of theMatrix?

8LPF16,

Please give me some elements of the matrix. I know for a fact, these elements of the matrix have to be all of the same kind. All apples, or all oranges. They cannot be mixed together. But you can have a matrix of apple and a matrix of oranges and then multiply these matrices to get a matrix of fruits.

Antonio
 
  • #34
Antonio,

Here is a much abridged portion:

(row) _ (value) _(defined as)_ (result)
... ... ... ...
line -35 _ 5.79 E-07 _ visible _ yellow (by wavelength)
line -34 _ 1.15 E-06 _ infrared _ heat
... ... ... ...
line -02 _ 9,952 _ sound _ D#
line -01 _ 19,904 _ sound _ D# (@limit of hearing)
line +01 _ 39,808 _ radio _ VLF/LF (military)
... ... ... ...
line +34 _ 3.41 E+14 _ infrared _ heat (by frequency)
line +35 _ 6.83 E+14 _ color _ indigo "
... ... ... ...

LPF

note: the layout did not carry over to what you are seeing.
 
Last edited:
  • #35
Under Study

8LPF16,

I am studying this abridge protion.
Will resply soon. Thanks for your patience.

Antonio
 
  • #36
Antonio,

I put a larger part of the chart on a separate thread if you want to see it. (Resonating Vibrational Potentials)

Let the theories of mass roll forth!

LPF
 
  • #37
To all who are still interested in a Theory of Mass,

It's about 18 days since I reply to this thread. Yesterday, I confess to another threader that I don't understand "string theory" and because of this I went searching for "string theory." What I found out surprises me.

The compactification of dimension in "string theory" is equivalent to quantization of direction in my research on quantized space.

And the Hadamard matrices that I am using are also equivalent to tensors where all the n multi-partial-derivatives of the elements are either 1 or -1. So Hadamard matrices are just special cases of tensors. Hadamard matrices all have zero determinants, these imply that a metric cannot be defined for one Hadamard matrix. But the multiplication of Hadamard matrices gives the value of mass and the addition of Hadamard matrices gives the value of electric charge.

Antonio
 
Last edited:
  • #38
The form

\vec{a} \cdot \vec{r} = c^2

has a similarity with the two kinds of velocity in electromagnetism: The group velocity and the phase velocity.

v_g v_p = c^2

The phase velocity, in many circumstances, exceeds the speed of light in vacuum, while the group velocity representing the rate of transfer of energy or information never exceeds the speed of light in vacuum.
 

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