ScalingStacks

0NAL

Corollary 3.14. The filtration-preserving component of the chain maps

R3+∘⋯∘R3+:⟦L+1⟧→⟦L+x−1⟧andR3−∘⋯∘R3−:⟦L−1⟧→⟦L−x−1⟧R3_{+}\circ\cdots\circ R3_{+}\colon\left\llbracket L^{1}_{+}\right\rrbracket\to\left\llbracket L^{x-1}_{+}\right\rrbracket\quad\text{and}\quad R3_{-}\circ\cdots\circ R3_{-}\colon\left\llbracket L^{1}_{-}\right\rrbracket\to\left\llbracket L^{x-1}_{-}\right\rrbracket

agree. More precisely, we have

R​3+​(W+1,W+x−1)=R​3−​(W−1,W−x−1)R3_{+}(W^{1}_{+},W^{x-1}_{+})=R3_{-}(W^{1}_{-},W^{x-1}_{-})

for pairs of corresponding webs W±1W^{1}_{\pm} in ⟦L±1⟧\left\llbracket L^{1}_{\pm}\right\rrbracket and W±x−1W^{x-1}_{\pm} in ⟦L±x−1⟧\left\llbracket L^{x-1}_{\pm}\right\rrbracket with grext​(W±1)=grext​(W±x−1)\mathrm{gr}_{\mathrm{ext}}(W^{1}_{\pm})=\mathrm{gr}_{\mathrm{ext}}(W^{x-1}_{\pm}).

Original mathematics by the credited authors. Source collection and HTML conversion remain in progress.

Scott Morrison, Kevin Walker, Paul Wedrich

Original source: arXiv:1907.12194v5