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For a given monic quartic equation f(x)=x^4+a_3x^3+a_2x^2+a_1x+a_0, (1) the resolvent cubic is the monic cubic polynomial g(x)=x^3+b_2x^2+b_1x+b_0, (2) where the coefficients ...
Algebra
A metric g_(ij) which is zero for i!=j.
The operator D=-i(d+d^*), where d^* is the adjoint.
Two nonsingular forms are equivalent over the rationals iff they have the same determinant and the same p-signatures for all p.
J_(nualphabeta)^mu=J_(nubetaalpha)^mu=1/2(R_(alphanubeta)^mu+R_(betanualpha)^mu), where R is the Riemann tensor.
Orthogonal contravariant and covariant satisfy g_(ik)g^(ij)=delta_k^j, where delta_j^k is the Kronecker delta.
A tensor g whose discriminant satisfies g=g_(11)g_(22)-g_(12)^2>0.
p^~=|phi_i(x)><phi_i(t)| (1) p^~sum_(j)c_j|phi_j(t)>=c_i|phi_i(x)> (2) sum_(i)|phi_i(x)><phi_i(x)|=1. (3)
A quantity which transforms like a tensor except for a scalar factor of a Jacobian.
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