Relative asymptotic multiplicity conjecture for simple Lie algebras

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Let g‾\overline{\mathfrak{g}} be a finite-dimensional simple Lie algebra, and let λ∈P‾+\{0}\lambda\in \overline{P}_+\backslash\{0\} be a non-zero dominant integral weight. The relative asymptotic multiplicity condition is the condition referred to in the source as equation

. **Relative asymptotic multiplicity conjecture.** For all finite-dimensional simple Lie algebras $\overline{\mathfrak{g}}$ and all non-zero dominant integral weights $\lambda\in \overline{P}_+\backslash\{0\}$, the relative asymptotic multiplicity condition

is satisfied. This conjecture would establish the relative asymptotic multiplicity property needed to match the large-colour limits of coloured Jones polynomials with the corresponding W\mathscr{W}-algebra characters. No resolution is given here.

References

Primary source

Shashank Kanade, “Coloured invariants of torus knots, W algebras, and relative asymptotic weight multiplicities”, arXiv:2401.15230 (2024).

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