The injectivity conjecture for the map φˉ\bar{\varphi}

From papers

Fix non-negative integers d1,d2d_1,d_2, let Md1,d2M_{d_1,d_2} be the corresponding quotient space of alternating bihomogeneous polynomials, and let

φˉ:Md1,d2C[ρ1,ρ2,]k\bar{\varphi}:M_{d_1,d_2}\longrightarrow \mathbb C[\rho_1,\rho_2,\ldots]_k

be the induced linear map, where k=(n2)d1d2k={n\choose 2}-d_1-d_2. Injectivity conjecture. The linear map φˉ\bar{\varphi} is injective. The preceding results establish injectivity when kn3k\leq n-3 (under the stated ordering d2d1d_2\leq d_1), while the computations reported in the source support the conjecture in the more general range.

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Sources & referencesView supporting material

Primary source

Kyungyong Lee and Li Li, “q,t-Catalan numbers and generators for the radical ideal defining the diagonal locus of (^2)^n”, arXiv:0909.1612 (2009).

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