ymmetries at big bang
Marc Washington © 5/29/95
I received this one morning half-awake in bed. All the following happened within one and one-half seconds before the emergence of words. Not even thinking about the subject, a triangle came to my mind's eye from "nowhere". It then divided in half. I realized it was the balance of forces in the early universe. While this was received in less than two seconds it took some days to work it out.

New Age Reading Room
      Proportions of key forces and matter to one another (Q = Quark, L = Lepton)

a. All matter and forces minus gravityaenl
b. Universe electrically neutral balanced by positive and negative charges+ acm = – cem
c. Neutrinos (& electroweak) produced L pairs; & vice versajek <=> cejh
d. Gluons (i.e. strong force) produced Q pairs; & vice versafag <=> achg
e. (1) beginning of production of Q & L and (2) production-end: given in seconds & degrees Kelvin(1) ae and (2) fk
f. Below threshold, almost all Q and anti-Q annihilated to photonsachg => fgml
g. Below threshold, almost all L and anti-L annihilated to photonscejh => mjkn
h. Anti-quarks = anti-leptonsbch = cdh
i. Total quarks = total leptonsamhb = demh
j. Photons = neutrinos fknl = ekj
k. Photons outnumber strong particles by similar ratio of photons to
matter, i.e. on the order of about billion-to-a few more than one		fknl > agf
l. Quarks outnumber antiquarks by a billion-and-one to a billionabhm > bch
m. Leptons outnumber antileptons by a billion-and-one to a billiondemh > cdh
n. Matter outnumbers antimatter by a billion-and-one to a billionabhm + demh > bch + cdh
o. After annihilation baryons ~= (appx. =) leptons ghm = mhj
p. Photons outnumber matter a billion-to-one# photons = fknl – gjm

(a) All forces and matter are represented above (aenl) with the exception of gravity.
(b) The universe is electrically neutral (+ acm + [– cem]).
(c) Beginning at 10-35 seconds and 1015 K (upper right, point e), the X boson – i.e. the combined strong and electroweak force – separated, with the electroweak force (and neutrinos which acted like radiation) generating leptons and vice versa (jek <=> cejh); and the strong force (gluons) generated quarks, and vice versa (fag <=> achg).
(d) Below the 1012 K threshold (lower left point f) where quarks can be made, gluons stopped producing quarks. Thus, quarks and antiquarks then annihilated each other producing photons (achg => fgml). Similarly, beginning at 1010 K (lower right point k), and approaching the threshold below which leptons and antileptons cannot be made (109 K), neutrinos
(g) began to stop producing leptons. Consequently, leptons annihilated each other producing photons (cejh => mjkn).
(l) Since quarks out number antiquarks by a billion-and-one to a billion, the remaining quarks surviving annihilation comprise all baryons: most importantly our protons and neutrons (abhm > bch).
(m) The same is true for leptons (demh > cdh) meaning
(o) baryons = leptons (ghm = hjm). However, while
(p) photons outnumber matter particles a billion-to-one (# photons = fknl – gjm), it is believed that
(j) they equal the number of neutrinos (fknl = jek).

mwashington@mightymall.com
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