Mathematics Problem Archive

Showing 3751-3800 of 4271 problems (Page 76 of 86)

AMR-103-0060
Open

Problem 3.10 — (D.

v1.3 research notes

(D. Thurston) Construct a series of configuration space inte- grals whose value is in − →A(I) so that it gives all finite type invariants of virtual k...

L3
Topology
AMR-103-0061
Open

Problem 3.11 — (M.

v1.3 research notes

(M. Polyak) Find another way to kill the hidden strata, so that the above three approaches can naturally present the ma pping degree of the same map. ...

L3
Topology
AMR-103-0062
Open

Question 3.12 — (C.

v1.3 research notes

(C. Lescop) Is the Kontsevich integral of a (zero-framed) knot equal to the Chern-Simons series of configuration space integrals of the same knot (wit...

L3
Topology
AMR-103-0066
Open

Problem 3.16 — (R.

v1.3 research notes

(R. Bott) Give a geometric construction of these homology classes coming from Lie algebras. The third and currently best interpretation of graph cohom...

L3
Topology
AMR-103-0067
Open

Problem 3.17 — Find a topological construction of the 2-loop polynomial P θ K.

v1.3 research notes

Find a topological construction of the 2-loop polynomial P θ K....

L3
Topology
AMR-103-0068
Open

Problem 3.18 — (A.

v1.3 research notes

(A. Kricker) Let KT be the knot obtained from a tangle T as shown in Figure 12. Find a presentation of the 2-loop polyn omial P θ KT of KT by using th...

L3
Topology
AMR-103-0069
Open

Problem 3.19 — Find a topological construction of the polynomial P ′ K given above.

v1.3 research notes

Find a topological construction of the polynomial P ′ K given above. = = = = a + b Figure 13: The multi-linear relations. Here, f (t), g(t)∈ S, and a,...

L3
Topology
AMR-103-0070
Open

Problem 3.20 — Find a topological construction of the loop-degree l part of the rational Z invariant Z rat(K)∈A Q[t±1,1/∆ K (t)](∅;…

v1.3 research notes

Find a topological construction of the loop-degree l part of the rational Z invariant Z rat(K)∈A Q[t±1,1/∆ K (t)](∅; Q) of a knot K, for each l....

L3
Topology
AMR-103-0071
Open

Problem 3.21 — Find a basis of the space AQ[t±1,1/A(t)](∅; Q)(loop l), for each l, where A(t) is a polynomial with A(1) = 1 and A(t)…

v1.3 research notes

Find a basis of the space AQ[t±1,1/A(t)](∅; Q)(loop l), for each l, where A(t) is a polynomial with A(1) = 1 and A(t) = A(t−1). In particular, find a ...

L3
Topology
AMR-103-0072
Open

Conjecture 3.22 — [357, 139] The map (29) is injective.

v1.3 research notes

[357, 139] The map (29) is injective. In particular, the map (30) is injective....

L3
Topology
AMR-103-0078
Open

Problem 3.28 — (T.

v1.3 research notes

(T. Kohno) Let Pn(Σ) denote the pure braid group of Σ with n strings. Does there exist an injective multiplicative homo morphism θ: Pn(Σ) →A n(Σ) defi...

L3
Topology
AMR-103-0079
Open

Problem 4.1 — Calculate S2,∞(M ) for each oriented 3-manifold M.

v1.3 research notes

Calculate S2,∞(M ) for each oriented 3-manifold M. Find a convenient methodology to calculate it....

L3
Topology
AMR-103-0080
Open

Problem 4.2 — (J.

v1.3 research notes

(J. Przytycki) Incompressible tori and 2-spheres in M yield torsion in S2,∞(M ) [339]. It is a question of fundamental importance whether other surfac...

L3
Topology
AMR-103-0081
Open

Conjecture 4.3 — If every closed incompressible surface in M is parallel to ∂M, then S2,∞(M ) is torsion free.

v1.3 research notes

If every closed incompressible surface in M is parallel to ∂M, then S2,∞(M ) is torsion free....

L3
Topology
AMR-103-0082
Open

Problem 4.4 — (J.

v1.3 research notes

(J. Przytycki) Compute S2,∞(F0,3× S1)....

L3
Topology
AMR-103-0083
Open

Problem 4.5 — Let F be a surface and I an interval.

v1.3 research notes

Let F be a surface and I an interval. Describe the algebra S2,∞(F× I)....

L3
Topology
AMR-103-0084
Open

Problem 4.6 — Calculate the skein homology based on the Kauffman bracket skein relation.

v1.3 research notes

Calculate the skein homology based on the Kauffman bracket skein relation....

L3
Topology
AMR-103-0085
Open

Problem 4.7 — We define the sl3 skein module Ssl3(M ) of an oriented 3- manifold M by the defining relations of the sl3 linear skei…

v1.3 research notes

We define the sl3 skein module Ssl3(M ) of an oriented 3- manifold M by the defining relations of the sl3 linear skein [233, 323]. Calculate Ssl3(M ) ...

L3
Topology
AMR-103-0086
Open

Problem 4.8 — Calculate S3(M ) for each oriented 3-manifold M.

v1.3 research notes

Calculate S3(M ) for each oriented 3-manifold M. Find a con- venient methodology to calculate it....

L3
Topology
AMR-103-0087
Open

Problem 4.9 — Let F be a surface and I an interval.

v1.3 research notes

Let F be a surface and I an interval. Describe the algebra S3(F× I)....

L3
Topology
AMR-103-0088
Open

Problem 4.10 — Calculate S3,∞(M ) for each oriented 3-manifold M.

v1.3 research notes

Calculate S3,∞(M ) for each oriented 3-manifold M. Find a convenient methodology to calculate it....

L3
Topology
AMR-103-0089
Open

Problem 4.11 — Calculate the higher skein modules based on the Kauffman skein relation W 3,∞ i (M ) and ˆW 3,∞(M ) (see below for the…

v1.3 research notes

Calculate the higher skein modules based on the Kauffman skein relation W 3,∞ i (M ) and ˆW 3,∞(M ) (see below for their definitions)....

L3
Topology
AMR-103-0090
Open

Problem 4.12 — Construct invariants of 3-manifolds via a linear skein theo ry based on the Kauffman skein module.

v1.3 research notes

Construct invariants of 3-manifolds via a linear skein theo ry based on the Kauffman skein module....

L3
Topology
AMR-103-0091
Open

Problem 4.13 — Calculate HS q(M ) for each 3-manifold M.

v1.3 research notes

Calculate HS q(M ) for each 3-manifold M....

L3
Topology
AMR-103-0092
Open

Problem 4.14 — (J.

v1.3 research notes

(J. Przytycki) (i) Find generators of S4,∞(S3, R). (ii) For which parameters of the (4,∞) skein and framing relations, trivial links are linearly inde...

L3
Topology
AMR-103-0093
Open

Conjecture 4.15 — (J.

v1.3 research notes

(J. Przytycki, see [286]) (1) There is a polynomial invariant of unoriented links, P1(L)∈ Z[x, t] which satisfies: (i) Initial conditions: P1(Tn) = tn...

L3
Topology
AMR-103-0094
Open

Problem 4.16 — (J.

v1.3 research notes

(J. Przytycki) For which coefficients of the (4,∞) skein rela- tion is the number of Fox 7-colorings measured by the (4,∞) skein module? Figure 16...

L3
Topology
AMR-103-0095
Open

Problem 4.17 — Calculate Wk(M ) for each 3-manifold M.

v1.3 research notes

Calculate Wk(M ) for each 3-manifold M....

L3
Topology
AMR-103-0096
Open

Problem 4.18 — Define a skein module of 3-manifolds, and calculate it.

v1.3 research notes

Define a skein module of 3-manifolds, and calculate it....

L3
Topology
AMR-103-0098
Open

Problem 5.2 — Describe (the number of) representations of a knot quandle t o a fixed connected quandle of finite order, say, by usi…

v1.3 research notes

Describe (the number of) representations of a knot quandle t o a fixed connected quandle of finite order, say, by using knot in variants known so far,...

L3
Topology
AMR-103-0099
Open

Conjecture 5.3 — Let hX be as above.

v1.3 research notes

Let hX be as above. Then, log hX is not a Vassiliev invariant, unless it is constant. 5.3 (Co)homology of quandles Second cohomology classes of a quan...

L3
Topology
AMR-103-0101
Open

Problem 5.5 — (J.S.

v1.3 research notes

(J.S. Carter) Compute H Q i (Sm n ) of Sm n which denotes the quandle of the nth symmetric group with the binary operation given by x∗ y = y−mxym. 5.4...

L3
Topology
AMR-103-0104
Open

Problem 5.8 — Compute H 2 Q(X; A) for each X -module A.

v1.3 research notes

Compute H 2 Q(X; A) for each X -module A....

L3
Topology
AMR-103-0105
Open

Problem 5.9 — Let the notation be as above.

v1.3 research notes

Let the notation be as above. Then, extending the definition o f the quandle cocycle invariant, define a knot invariant assoc iated with α, which is, ...

L3
Topology
AMR-103-0106
Open

Problem 5.10 — (M.

v1.3 research notes

(M. Polyak) Define a quantum quandle....

L3
Topology
AMR-103-0107
Open

Problem 5.11 — (C.

v1.3 research notes

(C. Rourke, B. Sanderson) Is there a natural quandle space whose cohomology groups are the quandle cohomology groups?...

L3
Topology
AMR-103-0111
Open

Problem 6.3 — (S.J.

v1.3 research notes

(S.J. Bigelow) Is the action of B6 on V 6 2 faithful?...

L3
Topology
AMR-103-0112
Open

Problem 6.4 — (S.J.

v1.3 research notes

(S.J. Bigelow) Generalise Lawrence’s construction to obtain the irreducible representations of the BMW algebra....

L3
Topology
AMR-103-0113
Open

Problem 6.5 — (S.J.

v1.3 research notes

(S.J. Bigelow) Find a larger family of irreducible representa- tions of Bn which includes those coming from the BMW algebra....

L3
Topology
AMR-103-0114
Open

Problem 6.6 — Classify all irreducible representations of Bn.

v1.3 research notes

Classify all irreducible representations of Bn....

L3
Topology
AMR-103-0115
Open

Problem 6.7 — (S.J.

v1.3 research notes

(S.J. Bigelow) Is there a faithful representation of Bn into a group of matrices over ¯Q?...

L3
Topology
AMR-103-0116
Open

Problem 7.1 — (see [220, Problem 3.108]) Does there exist a closed 3-manifold M, other than S3, such that τ SO(3) r (M ) = τ SO(3)…

v1.3 research notes

(see [220, Problem 3.108]) Does there exist a closed 3-manifold M, other than S3, such that τ SO(3) r (M ) = τ SO(3) r (S3) for all odd r≥ 3?...

L3
Topology
AMR-103-0117
Open

Problem 7.2 — (S.K.

v1.3 research notes

(S.K. Hansen, T. Takata) Find pairs of non-homeomorphic rational homology 3-spheres that can be distinguished by th eir quantum G invariants τ G r or ...

L3
Topology
AMR-103-0118
Open

Problem 7.3 — (S.K.

v1.3 research notes

(S.K. Hansen, T. Takata) Do the family of quantum G invari- ants τ G r or the family of quantum P G invariants τ P G r, G running through all simply c...

L3
Topology
AMR-103-0119
Open

Problem 7.4 — Find a 3-dimensional topological interpretation of quantu m in- variants of 3-manifolds.

v1.3 research notes

Find a 3-dimensional topological interpretation of quantu m in- variants of 3-manifolds....

L3
Topology
AMR-103-0120
Open

Conjecture 7.5 — For non-vanishing $\tau_r^G(M)$, the absolute value $|\tau_r^G(M)|$ depends only on the fundamental group $\pi_1(M)$.

v1.3 research notes

For non-vanishing $\tau_r^G(M)$, the absolute value $|\tau_r^G(M)|$ depends only on the fundamental group $\pi_1(M)$....

L3
Topology
AMR-103-0123
Open

Problem 7.8 — (J.E.

v1.3 research notes

(J.E. Andersen) If such an expansion exists, understand how it is related to the expansion of Ohtsuki and the expansion of Habiro. It will of course b...

L3
Topology
AMR-103-0124
Open

Conjecture 7.9 — (Topological interpretations of the dj ’s) Let Mj be the union of components of the moduli space of flat connections…

v1.3 research notes

(Topological interpretations of the dj ’s) Let Mj be the union of components of the moduli space of flat connections M which has Chern-Simons value cj...

L3
Topology
AMR-103-0129
Open

Problem 7.14 — (D.

v1.3 research notes

(D. Thurston) Find a series of invariants of a 3-manifold (de- pending on roots of unity) that grows as its hyperbolic volum e (or its simplicial volu...

L3
Topology
AMR-103-0130
Open

Problem 7.15 — (D.

v1.3 research notes

(D. Thurston) Find a correct generalization of the volume conjecture to other non-compact Lie groups....

L3
Topology