“The Clock Tick” can be seen in a different context.

A word about dimension
Let us use one unit to represent the PLANCK LENGTH.
From the definition of a PLANCK LENGTH there can only be 2 points; A starting point and an ending point.
A point has an imaginary sphere of possible imaginary lines of one unit long that could be drawn. In one dimension, there are two points. Each point is in the center of a sphere with a radius of one unit. An imaginary line could...

Synchronization and Harmonization of dimensions
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More information is available at “perfect Symmetry”
http://www.physicsforums.com/showthr...65#post1852365
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At Planck Scale the circle, the sphere and the line are imaginary.
One assumption, is that a particle has a Planck size area and that the point is the center of that area.
A dimensions is two points existing at the same time that are separated by two Planck units....

It's kinda disturbing to be writing to a blog. As a person who does not feel comfortable even when writing to a journal; suddenly i decide to write a blog entry. Interesting.

Anyway, i decided to write because currently i am writing an Extended Essay in Maths (IB work) and am doing pretty well; but there is not much people to consult about my work and i do not want to publish it until i hand it to IBO. Thus i decided to write a blog where i can tell others about how it is to write...

How do I visualize particles?
Insert: 06 Dec.2008,
08 Jan 2009, 11 April 09
25 May 2009
If you have been reading my blog then you have a pretty good idea.
Perfect Symmetry vs. broken symmetry (CPT)

1. First I realize that what we “see” is an interpretation of what is achieved by experiments
2. Experiments can only “see” a confined proton, neutron, size of approx. 10^-15. The interpretations are the QED of the Standard model .
3. At...

Without further comments.
3dspace.gif.jpg

http://arxiv.org/abs/quant-ph/0301097
or
http://philsci-archive.pitt.edu/arch...mmetrybook.pdf
SYMMETRIES IN PHYSICS: PHILOSOPHICAL REFLECTIONS
EDITED BY
K. BRADING AND E. CASTELLANI
CAMBRIDGE UNIVERSITY PRESS, 2003
This book is about the various symmetries at the heart of modern physics. How should we understand them and the different roles that they play? Before...