The linear-independence conjecture for minimal intermediate subfactors
The linear-independence conjecture for minimal intermediate subfactors
Let be an irreducible subfactor with finite Jones index, and let , , be the minimal intermediate subfactors. Let be the Jones basic construction, let be the Jones projection from onto , and let be the Jones projection from onto .
Linear-independence conjecture. There exist vectors such that
and the vectors are linearly independent.
The conjecture is a strengthening of the minimal-intermediate-subfactor form of Wall's conjecture and uses the algebra structure of . The source proves it for fixed-point subfactors when is solvable, while noting that it does not automatically imply the dual or maximal version.
Equivalent formulations 1
Other statements of this same problem, merged from separate entries. Each is equivalent to the statement above — proving any one settles them all.
The linear-independence conjecture for minimal intermediate subfactors
Let be an irreducible subfactor with finite Jones index. Let , , be the minimal intermediate subfactors. For each , let be the Jones projection from onto , and let be the Jones projection from onto .
Linear-independence conjecture. There exist vectors such that
and are linearly independent.
The source identifies this as a conjecture formulated in earlier work and notes that it implies the subfactor version of Wall's conjecture. Its general status is not resolved in the supplied text.
source: Robert Guralnick and Feng Xu, “On a subfactor generalization of Wall's conjecture”, arXiv:1006.5947 (2010).
Sources & referencesView supporting material
Primary source
Feng Xu, “On intermediate subfactors of Goodman-de la Harpe-Jones subfactors”, arXiv:1002.2744 (2010).
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