<< Previous Topic | Next Topic >>Return to Forum  

relativity and quantum mechanics

May 6 2008 at 10:07 PM
 

 
Relativity and quantum mechanics are not about an "actual" universe, but imply an imaginary universe. In mathematics, "iota" represents imaginary numbers and rotates the real plane by 90 degrees. But where does that leave us and how do we calculate anything with imaginary numbers only?
By extension, "yod" [http://www.wbabin.net/physics/helmick.pdf] is derived from "iota" in a composition of complex numbers and provides a unique system of counting in any base number system, in particular binary, hexadecimal and octal, prime for combining computers and physics. The study of predicting gamma ray bursts and black hole interiors may be elucidated by implementing new mathematics and applying their systems to the frontiers of astrophysics.
If quantum implies celestial, then mechanics is further defined by stellar systems, for example cepheid variables. Signal analysis of cepheid variable mechanics can be acheived by using imaginary tools of concrete measure as "yod" presents. Although quantum mechanics and relativity may be clouded in some debate, "yod" provides an honest and straightforward advance into celestial mechanics.



joe helmick

 
 Respond to this message   
AuthorReply

Re: relativity and quantum mechanics

January 3 2009, 6:26 PM 





AAF: Is that the correct title of the book; Cinci? Well, I think that book can't help you! Anyhow, it's clearly impossible for a stationary observer to observe a zigzag pattern of a light clock moving at the same speed as the light source. You're a mechanical engineer; and you're supposed to have some feeling for the real stuff! Very briefly, the zigzag pattern can be imagined, but can never be observed or seen by relatively moving observers.


Cincirob: Not that it makes any difference, but if you put some smoke in the air you could probably see it. But the real way to know it is to put a small diameter tube in the clock and direct the ray up the tube. Then you know where the ray has to go. Of course you've always been slow on the technology part of all this; you know, can't set clocks etc. Joseph is a real case, is he not? I'm almost afraid to convince him he's wrong for fear of his mental health.


Bob S: Light does not "zigzag" nor does vision. A pulse of light from point A to point B takes x time, x is the same for all observers if they are able to view the light pulse irrespective of their motion and/or distance relative to the light pulse. Ideas to the contrary are false, fantasy or fraud dependent on the intent of the originator of the idea.


AAF: That is true, Bob. Relativist Cinci has been misled and misguided and cheated since 1957 by his Albert. Now, Cincirob, please try to be reasonable! If you put a 'small diameter tube in the clock and direct the ray up the tube', then the ray can't be seen by anybody, except perhaps some little elves inside that clock! And that is the real fantasy of it. ...








 
 
cincirob

Re: relativity and quantum mechanics

January 4 2009, 3:58 AM 

AAF: That is true, Bob. Relativist Cinci has been misled and misguided and cheated since 1957 by his Albert. Now, Cincirob, please try to be reasonable! If you put a 'small diameter tube in the clock and direct the ray up the tube', then the ray can't be seen by anybody, except perhaps some little elves inside that clock! And that is the real fantasy of it. ...

cinci: Glass tube filled with smoke. Every think past the end of your nose?

And why are you randomly distributing your posts instead of keeeping to a string, tryin to hide this nonsense?
*******************

 
 

relativity and quantum mechanics

January 5 2009, 12:25 AM 

Cephid variables are better described with plasma physics than by gravity.

 
 

relativity and quantum mechanics

January 5 2009, 12:25 AM 

Cephid variables are better described with plasma physics than by gravity.

 
 

relativity and quantum mechanics

January 5 2009, 12:25 AM 

Cephid variables are better described with plasma physics than by gravity.

 
 
Current Topic - relativity and quantum mechanics  Respond to this message   
  << Previous Topic | Next Topic >>Return to Forum  
 Copyright © 1999-2009 Network54. All rights reserved.   Terms of Use   Privacy Statement