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Originally Posted by Boerseun
With all due respect Tom, your website's a mess. II couldn't find the page explaining what a 'wit' particle is. I would appreciate it if you could elaborate on the 'wit' particle a little further. And also, if you could inform us of any credible sources like CERN actually observing something that might be called a 'wit' particle.
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Sorry I did not realize the web site was so hard to handle so I will insert the WIT particle calculations here.
[DeBorlie mass wave theory 1924] converted, by Fairbairn, to show
"Wit" particle Mass in gram seconds:
1. From Planck's light's photon (hµ)energy equation:***
E1 = hµ ** h = Planck's constant 6.62559x10-27erg sec
*µ = frequency in hertz of a mass wave
**********
2. From EINSTINE's mass energy (mc2 ) equation *
E2= mc2** c = (2.99792457x1010cm/sec)
****************** *c is the velocity of UV light*
m is the mass in grams
E1 = energy E2 = energy**Therefore:
E1 = E2
*hµ = mc 2
m = hµ/c 2
h and c 2* are both constants therefore can be replaced by constant k f
m=k f µ
k f = h /c 2
When µ is one hertz
*k f =* h /c 2
c being * the velocity of UV light* (In our section of the Universe)
* 6.62559x10-27erg-sec / (2.99792457x1010 cm/sec) 2 = *kf * =* 7. 371963x 10 -48 erg - sec / (cm/sec)2 *
Note (the units of (kf *can be simplified to g sec.)*
The Dimensional Analysis is:
Dimensional Analysis (simplifying unit conversion)*
__Therefore: m = kf µ
* m =kf* = 7.371963x 10- 48* g-sec
when ( µ) is at one hertz, mass is in grams
Fairbairn demonstrates equating Planck's formula (E=hµ)) and Einstein's formula (E=mc2) which contain equal energy E,and restates it as
(m = kf µ) .
kf =m/ µ
Fairbairn states his constant kf is his universal constant, of Newton's elusive Ether atmosphere of the Universe, and this constant is gram-seconds (calculated at kf = 7.371963x 10 - 48* g- sec) ; an may explain the "dark matter'' in space.* Measurements show that "this dark matter", must make up about 73+ percent of the universe, but which has yet to be seen.
Note: the accuracy of kf* depends on the correct measurements of the velocity of UV light and planck's constant. As these values change Fairbairn's constant kf also must be recalculated.
*(Present values are taken from the National Bureau of Standards, but should be checked for the latest measurements.
The question to Physics lovers, is: how do you detect a particle that is x 10- 48 grams at a frequency of one hertz, in a time period of one second? No wonder the dark matter can not be seen! Yet is everywhere until -- there is nothing.
Note: Fairbairn gives the ether particle mass a name "Wit": a "Wit" is 7.371963x 10-48* grams.* Websters dictionary definition for "Wit" is the limit of one's mental resources; also , at (one's) wits' end (Further translated to -- that which is the smallest mass particle one can imagine or measure)
I hope that these simple math calculations can answer your question on the WIT particle that makes up Newton's Ether atmosphere of the Universe. (FRIPRO) TOM
CERN is still under construction. Here is a a FERMI LAB VIDEO that helps explain particle/wave physics:
http://vmsstreamer1.fnal.gov/VMS/Samples/Cerenkov.ram
Would like to hear from you, an any further points that you may have in mind at: my web site e mail is
fripro@fripro.com Further photos are at
http://www.fripro.com/Universe.html SINCERELY TOM (FRIPRO)
