Decomposition of product of two Plucker coordinates The 2019 Stack Overflow Developer Survey Results Are InThe topology of open semi-algebraic sets (appl.: totally positive matrices)Characterizing zeros of schur functions over $mathbbR^n$ or $mathbbC^n$Extending the vertex-facet correspondence from Δ to ΘDecomposing polyhedral cones into “direct sums” and a polynomialReal plane cubic curves from points in Gr(3,6) via a certain 6x6 determinantCross-ratio and projective transformationsComparing parametrizations of unipotent radicalHow do I use Walsh-Hadamard matrices to compute Fourier coefficients of a boolean function?Plucker coordinates of flag varietiesChebyshev-like Problem for Plucker Coordinates
Decomposition of product of two Plucker coordinates The 2019 Stack Overflow Developer Survey Results Are InThe topology of open semi-algebraic sets (appl.: totally positive matrices)Characterizing zeros of schur functions over $mathbbR^n$ or $mathbbC^n$Extending the vertex-facet correspondence from Δ to ΘDecomposing polyhedral cones into “direct sums” and a polynomialReal plane cubic curves from points in Gr(3,6) via a certain 6x6 determinantCross-ratio and projective transformationsComparing parametrizations of unipotent radicalHow do I use Walsh-Hadamard matrices to compute Fourier coefficients of a boolean function?Plucker coordinates of flag varietiesChebyshev-like Problem for Plucker Coordinates 1 $begingroup$ Let $Gr(k,n)$ be the set of all $k$ -dimensional subspaces of an $n$ -dimensional vector space. Then $Gr(k,n)$ is a projective variety and it has Plucker coordinates $P_i_1, ldots, i_k$ ( $i_1<ldots<i_k$ ) which is the determi...