Visible light is a bandwidth of electromagnetism. So why are all frequencies of electromagnetism light ?
Technically that makes a stick a lightsaber.
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Visible light is a bandwidth of electromagnetism. So why are all frequencies of electromagnetism light ?
Technically that makes a stick a lightsaber.
Are they Max? I stand to be corrected, but doesn't electromagnetism encompass different
kinds of radiation, incuding visible light, radio waves, gamma rays and x rays?
In which electric and magnetic field vary simultaneously?
the electromagnetic spectrum goes from very low frequency radio waves all the way to extremely high frequency gamma rays. Visible light, and all light for that matter, is just a small part of the electromagnetic spectrum. The thing they all have in common is that they are carried by photons, which would exclude a stick from being a lightsaber.
Atoms are formed from potential differences, all is made from electromagnetism. You are only thinking about bandwidth, frequency and simplicity of polarity, not the complexity of the universe created from nothing.
For example if I draw a circle with x=time at the point where the circle meets the x axis, there is a rotation and the lower half of the circle ends up in front of the top half. Fibonacci spiral, the golden rectangle rotates 90degrees after every step. The Fibonacci sequence is nicknamed the matrix. Neo - the "One" = single step cyclic shift.
Each step of the spiral is a hyperbole a circle is 4 hyperboles set in squares rather than rectangles. Using a third axis,(this time all three axes are distance), and including this rotation we plot a ball. Could there be a key to understanding electron motion here ?
4 parabola,4 rotations, 3 axes.
*It does not return to it's start position, but that allows it to travel more of the sphere over time. Don't forget also the quantity of electrons and their speed and how that creates a barrier, turning energy into solid. This does however imply that all particles spin !*
**Pi by it's very nature infers this ^**
***Could someone teach me how to plot this in Mathematica ?***
Last edited by Max Time Taken; August 26th, 2011 at 08:32 AM.
More than one variant possible by my estimation ^ *I wish I had the math to back me up my visualisation gives rise to second guessing.*
**Reviewing this, I must learn to use a note pad to compile thoughts before posting here, sorry.**
Last edited by Max Time Taken; August 26th, 2011 at 11:12 AM.
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