How many quarks and leptons ?
There are eight quarks in each family and there are three families of quarks i.e. c, b, t. Also, we
10 indexed results
There are eight quarks in each family and there are three families of quarks i.e. c, b, t. Also, we
Two families of hot stellar systems, named {\it `ordinary'\/} and {\it 'bright'\/}, are identified in the ($\log R_e, μ_e$) plane
In this paper we propose a simple and efficient strategy to obtain a data structure generator to accomplish a perfect
We study the moduli of trigonal curves. We establish the exact upper bound of ${36(g+1)}/(5g+1)$ for the slope of trigonal
We consider the perturbed harmonic oscillator $T_Dψ=-ψ''+x^2ψ+q(x)ψ$, $ψ(0)=0$ in $L^2(R_+)$, where $q\in H_+=\{q', xq\in L^2(R_+)\}$ is a real-valued potential. We
Integrability in string/field theories is known to emerge when considering dynamics in the moduli space of physical theories. This implies
The simplest extension of the standard model involves adding a scalar doublet--the so-called two-Higgs model. In general, the additional scalar
It is shown, that self-gravitating systems can be classified by a dimensionless constant positive number $κ= S T / E$,
CP violation, fermion masses and mixing angles including that of neutrinos are studied in an SUSY SO(10)$\times Δ(48)\times$ U(1) model
CP violation, fermion masses and mixing angles including that of neutrinos are studied in an SUSY SO(10)$\times Δ(48)\times$ U(1) model.