27 research outputs found
Renormalization Group Effects on the Mass Relation Predicted by the Standard Model with Generalized Covariant Derivatives
Renormalization group analysis is made on the relation for masses of the top quark and the Higgs boson, which is
predicted by the standard model based on generalized covariant derivatives with
gauge and Higgs fields. This relation is a low energy manifestation of a tree
level constraint which holds among the quartic Higgs self-coupling constant and
the Yukawa coupling constants at a certain high energy scale . With the
renormalization group equation at one-loop level, the evolution of the
constraint is calculated from down to the low energy region around the
observed top quark mass. The result of analysis shows that the Higgs boson mass
is in for a wide range of the
energy scale and it approaches to 177 GeV ()
for large values of .Comment: 13 pages, LaTeX, no figure
A Phenomenological Formula for KM Matrix
We propose a phenomenological formula relating the Kobayashi-Maskawa matrix
and quark masses in a form $(m_d,\ m_s,\ m_b)\propto (m_u,\ m_c,\
m_t)V_{KM}$. The formula agrees with experimental data well and has an
interesting geometric picture. The origin of such a formula is discussed in the
standard model.Comment: 9 pages, LaTeX, no figure
三浦梅園の思考のはじまり
一 「人心不同如面」と「人心不異如面」 / 二 大同と好尚 / 三 専門性批判 / 四 恕―人倫の世界と天地の学 / 五 気のはたらき / 六 陰陽の表