I’ve just posted a new paper on using the simple roots of E8 to reduce the particle count of the Lisi model from 240 to 8. See DynkinParticleReductions.pdf
Tag Archives: Physics
NIST CODATA updated for 2010 !
I updated the Mathematica packages NewPhysicalConstants.m and Physical ConstantErrors.m for the latest 2010 NIST CODATA published last month!
D0 Results – Is this really a null result?
I am concerned the D0 paper fig. 1, 5 and 6 shows expected results (dotted line) using a 7.3 fb-1 events=100 from CDF (not the 4.3 fb-1 events=45). If one uses the proper reference (as in this overlayed picture of the two charts), there is at least some correlation between D0 and CDF data.
New CDF data shifts data towards my 148 GeV particle prediction
New data analysis on slide 34-35 of this talk just released from the Tevatron CDF experiment is validating the “Moxness Bump” and inching closer to my 148 GeV particle prediction in eq. 18 of my paper. The experiment now puts the new particle at 147(+/-5) GeV.
My new particle mass prediction’s potential discovery on Big Bang Theory
The science blogger (Kea) coined the term “Moxness bump” in her blog post.
This was the Season 4 Finale “The Roommate Transmogrification”.
The discovery is based on an analysis of data from Fermilab – presented by Viviana Cavaliere last month.
Simple explanation for my new particle mass calculation
New particle at ~150GeV – Could it be my Higgs at 148GeV?
Very exciting, I have been waiting for these results for over 10 years. Please see equation 18 in my paper http://theoryofeverything.org/TOE/JGM/ToE.pdf which predicts a Higgs (or per Lisi, a Higgs sector boson) at 148 GeV.
My E8 image in SciAm
I finally made it into a notable publication (or at least my image has 😉
Sep. 2010 Scientific American Article “Rummaging for a Final Theory”