Recent content by lconrad

Do you want more? I didnt' realize that physics only deals with the known...i though it was about figuring out that which is unknown, and proposing new ideas and theories unto the world. And if we don't know much about something, why not talk to others to gain their insight? i know that this...

Well, you can read Milo Wolff's work at http://www.quantummatter.com. Otherwise, here are some references online (just to make this quick): http://en.wikipedia.org/wiki/Wave_Structure_Matter http://en.wikipedia.org/wiki/Introduction_to_Wave_Structure_of_Matter...

it is the basic form of matter that I'm looking at, Wave Structure of Matter vs. discrete particles.

that wasn't my original goal. Superposition is exactly what i was looking for, though Shannon's laws will be able to aid me in another aspect of what I'm doing. Sorry to be so vague.

If I remember right, Shannon's work with Bel Labs dealt with data transmission. Shannon's algorithms are still used to determine the maximum data rates that can be transmitted on any given frequency, that the higher the frequency the more data you can put through, which is why you can get...

Check out the work of Ernst Mach, Milo Wolff and Geoff Haselhurst. This area of physics converges with Metaphysics and Philosophy, but it works on paper. Einstein's General Relativity is based on work by William Clifford and Erwin Schrodinger in this matter.

oops...just Spherical Wave Structure...as in Spherical Wave Structure of Matter proposed by William Clifford, and expanded upon by Schrodinger and Einstein (General Relativity is based on the Spherical Wave Structure of Matter), and others.

Yup. There is an agenda here. I can't really get into it too much here, but as for your deffinition of Spherical Wave Structures...I'm referring to the Spherical Wave Structure of Matter proposed by William Clifford, and expanded upon by Schrodinger and Einstein and others. It's fascinating...

Cool, antiphon. As a ham, I understand wave propogation, and polarization. So, now to delve into quantum thought: Having done more reading into Quantum Superposition, I've learned that it assumes that the waves in question are linear vector spaces through quantum media (space, as a dimension...

Alright, this question may seem simple in comparison to some of the questions in here, but whatever. So, I've been doing some reading on Quantum Superposition, and I was curious as to whether or not anyone has ever applied its principles to Spherical Standing Wave Structure of Matter. -Liam

ZapperZ, thank you very much for your help, that is right on. However, looking back into it, I realize that this should have gone into the quantum physics area of the forum, though superposition does apply to standard waveforms. Look for my postings there after I've done a little more reading...

I will look up superposition, thank you. In regards to data-buses, I'm most familiar with this principal being used in serial fashion, though, all parallel transmission is is a number of serial connections equal to the full byte-width of the data being transmitted. Thank you both for your...

This is a simple question, and no one has been able to help me thus far, so i post on a forum. There is a principle that describes the ability to send multiple data streams down a single conductor without them interacting due to phase differences. i understand this to be the basis of...