q-analogues of multiple zeta values
Partial sums of Schlesinger–Zudilin qMZVs to Partial sums of general qMZVs
- Partial sums of Schlesinger–Zudilin qMZVs
- Schlesinger–Zudilin qMZVs
- The empty Schlesinger–Zudilin qMZV
- Recursion for partial sums of Schlesinger–Zudilin qMZVs
- Nonempty Schlesinger–Zudilin qMZVs have no constant term
- The coefficient of \(q\) in \(\zeta_q^{\mathrm{SZ}}(1)\)
- Block indices for Schlesinger–Zudilin qMZVs
- Block index of the empty list
- Recursion for block indices
- Partial Ohno–Okuda–Zudilin sums
- Ohno–Okuda–Zudilin q-multiple zeta values
- The OOZ-qMZV of the empty index
- Nonempty Ohno–Okuda–Zudilin qMZVs have no constant term
- Coefficients of Schlesinger–Zudilin qMZVs as sums of binomial products
- Schlesinger–Zudilin duality
- Partitions from Schlesinger–Zudilin qMZVs
- Cycle type classifies conjugacy classes of permutations
- Number of conjugacy classes of the symmetric group
- Class numbers of finite general linear groups via OOZ-qMZVs
- Partial sums of general qMZVs
General q-multiple zeta values to Sums over partitions are invariant under transposition
- General q-multiple zeta values
- General qMZV of the empty index
- Nonempty general qMZVs have no constant term
- Spaces of general qMZVs
- The constant series one lies in every space of qMZVs
- Bradley–Zhao q-multiple zeta values
- Bradley–Zhao qMZV of the empty index
- Nonempty Bradley–Zhao qMZVs have no constant term
- Block index of a list of pairs
- Block index of a prepended pair
- Spanning set of Schlesinger–Zudilin qMZVs
- Spanning set of Bradley–Zhao qMZVs
- Spanning sets of Ohno–Okuda–Zudilin qMZVs
- Bradley–Zhao duality for q-multiple zeta values
- q-Ohno relations for Bradley–Zhao qMZVs
- Partitions in Stanley coordinates
- Membership criterion for partitions in Stanley coordinates
- Transposed partition in Stanley coordinates
- Transpose of a one-part partition
- Sums over partitions are invariant under transposition
Coefficients of qMZVs as polynomial functions on partitions to Takeyama–Bradley–Zhao qMZVs
- Coefficients of qMZVs as polynomial functions on partitions
- Polynomial functions on partitions characterize \(\mathcal{Z}_q\)
- Quasi-shuffle product
- The empty word is a left unit for the quasi-shuffle product
- The stuffle product of two letters
- SZ-qshuffle product
- SZ-qshuffle of \(y\) with itself
- Word of an index
- Word of the empty index
- Reading an index off a word in \(p\) and \(y\)
- Reading off a leading block of \(p\)s
- Schlesinger–Zudilin qMZVs of words
- SZ-qMZV of the word of a one-entry index
- Quasi-shuffle relations for general qMZVs
- Stuffle product formula for Schlesinger–Zudilin qMZVs
- Shuffle product formula for Schlesinger–Zudilin qMZVs (Singer)
- Quasi-shuffle relations for Bradley–Zhao qMZVs
- Analytic properties of general qMZVs
- Letters of the Takeyama–Bradley–Zhao model as qMZV data
- Takeyama–Bradley–Zhao qMZVs
TBZ-qMZV of the empty index to Coefficients of the SZ generating series
- TBZ-qMZV of the empty index
- The TBZ model extends the BZ model
- The Takeyama–Bradley–Zhao model spans \(\mathcal{Z}_q\)
- The spaces \(\mathcal{Z}^\circ_{q,d}\)
- The constant \(1\) lies in \(\mathcal{Z}^\circ_{q,d}\)
- \(\mathcal{Z}^\circ_{q,d}\) is contained in \(\mathcal{Z}_{q,d}\)
- Okounkov polynomials
- The Okounkov polynomials \(p_2\) and \(p_3\)
- Okounkov \(q\)-multiple zeta values
- Okounkov qMZV of the empty index
- Okounkov qMZVs span \(\mathcal{Z}^\circ_{q,1}\)
- Eulerian q-series
- Coefficients of the Eulerian q-series
- Partial sums of bi-brackets
- Bi-brackets
- Empty bi-bracket
- Generating series of bi-brackets
- Coefficients of the bi-bracket generating series
- Generating series of Schlesinger–Zudilin qMZVs
- Coefficients of the SZ generating series
The logarithm series \(\ln(1 + T)\) to Weighted chain sums
- The logarithm series \(\ln(1 + T)\)
- Low-order coefficients of the logarithm series
- Bi-bracket generating series as a sum of exponentials
- Partition relation for bi-brackets
- Translation between bi-brackets and the Schlesinger–Zudilin model
- Generating series of OOZ-qMZVs, coefficientwise
- Brackets, Okounkov qMZVs and Bradley–Zhao qMZVs span \(\mathcal{Z}^\circ_{q,1}\)
- Weighted quasi-shuffle product
- The empty word is a left unit for the weighted quasi-shuffle
- Bachmann's coefficients
- Bachmann's coefficient \(\lambda_{1,1}^1\)
- Bachmann's product of bi-bracket letters
- Bi-brackets form a quasi-shuffle algebra
- The map \(T\) of the OOZ quasi-shuffle product
- The OOZ map fixes the empty word
- The OOZ map on a one-letter word
- Stuffle product of formal linear combinations of words
- The empty word is a left unit for the stuffle product
- OOZ qMZVs respect the OOZ quasi-shuffle product
- Weighted chain sums
Marker word of a list of blocks to Duality for OOZ-qMZVs
- Marker word of a list of blocks
- Chain sum of the single block \((1, 1)\)
- Combinatorial form of Bradley–Zhao duality
- The SZ dual index
- The SZ dual of \((2)\)
- Bradley–Zhao dual index
- Bradley–Zhao dual of \((3)\)
- The tail part of the map \(U\)
- The map \(U\) from OOZ to BZ words
- \(U\) fixes the empty index
- The map \(U\) fixes \(z_2\)
- The tail part of the map \(V\)
- The map \(V\) from OOZ to SZ words
- The map \(V\) fixes \(py\)
- OOZ-qMZVs of admissible indices via BZ-qMZVs
- The map \(U\) is a bijection on combinations of admissible indices
- OOZ-qMZVs via SZ-qMZVs
- The map \(V\) is a bijection on combinations of SZ-admissible indices
- Duality for restricted OOZ-qMZVs
- Duality for OOZ-qMZVs
Partial sums of SZ-star qMZVs to Duality for TBZ-qMZVs
- Partial sums of SZ-star qMZVs
- SZ-star qMZVs
- The empty SZ-star qMZV
- The coefficient of \(q\) in \(\zeta_q^{SZ,\star}(1)\)
- OOZ-qMZVs are SZ-star qMZVs of the dual index
- The map from TBZ words to SZ indices
- The TBZ-to-SZ map on the letter \(\bar{1}\)
- The map \(V_{TBZ}\) from SZ indices to TBZ words
- The map \(V_{TBZ}\) on the index \((1)\)
- TBZ-qMZVs in the SZ model
- SZ-qMZVs in the TBZ model
- Duality for TBZ-qMZVs
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