Malcolm Mac Gregor proposes that
(1) ... mt = mW + mZ
Emilio Torrente-Lujan suggests (page 5) that custodial symmetry could produce the relation
(2) ... mH ~ (mW + mt)/2
Together these would imply the Dharwadker-Khachatryan sum rule (page 56)
(3) ... mH = mW + mZ/2
More good "numerology"
ReplyDeletemh/me = 4(2PI)⁶ = 7² / (Delta)² (7d)= 246115.633555 ===> 125,7 Gev
The spins, extra dimensions: value higgs vacuum and higgs boson mass ( not numerology: theoretical proof )
"Quantum information and Cosmology: The connections by Angel Garcés Doz"
http://fqxi.org/community/forum/topic/essay-download/1619/__details/Doz_essay_2013.pdf
"Thus the mass of the Higgs boson is very approximately expressible as a function
7² / (Delta)² (7d) . This
of the square of the uncertainty in seven dimensions, namely: (Delta)²
(7d) = 7²/[4(2PI)⁶]
Pag 3
"Strong Holographic Principle. Higgs vacuum value. Higgs boson mass"
http://fqxi.org/community/forum/topic/essay-download/1619/__details/Doz_essay_2013.pdf
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Fibonacci numbers divisors of the number of nonzero roots E8 group: or the amount of hyperspheres in eight dimensions maximally compacted: 240 = 1 x 2 x 3 x 5 x 8
(8⁶-5⁶+3⁶-2⁶+1⁶)-(8³-5³-3³-2-1³)= 246834= mh/me ======> mh = 126.13 Gev
mh= m(Higgs Vaccum = 246.221202 Gev) x P(2,r7 ) ====> mh= 126.177 Gev
P(2,r7 )= probability particle in a box, string one dimension
r7 = ratio lenght planck seven dimensions/ planck lenght( compactification kalulza-klein)
(r7)⁸ = ( 4(2PI)⁶)/[8 x ( 16(PI)³/15 )] ; 16(PI)³/15 is the factor surface of a sphere, or torus, in seven dimensions.
P(2,r7) =sin²(2PI/r7)(2/r7)
http://fqxi.org/community/forum/topic/essay-download/1619/__details/Doz_essay_2013.pd
Regardas ( A. Garcés Doz )
(3) is almost exactly true. (1) and (2) are considerably more distant from the world best estimates of the quantities in question.
ReplyDelete