Study multiplicity of non-acyclic SL2-representations and L-functions of Whitehead links.
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5 results for “SL2-representations”
Multiplicity of non-acyclic -representations and L-functions of the odd-twisted Whitehead linksmath.GT
problem Understanding the multiplicity of non-acyclic SL2-representations and their L-functions.
method Geometric interpretation of Reidemeister torsion divisors and application to L-functions.
result Prove multiplicity two for odd-twisted Whitehead links.
Arithmetic study of knots connects homology and SL2 representations.
problem Understanding cyclic covers of knots and their SL2 representations.
method Analyzing cyclic branched covers and using SL2 representations.
result Liminal SL2 representations exist for certain knots.
We give a topological formula of the loop expansion of the colored Jones polynomials by using identification of generic quantum sl2 representation with homological representations. This gives a direct topological proof of the Melvin-Morton-Rozansky conjecture, and a connection between entropy of braids and quantum repr…
Study non-acyclic SL2-representations of twist knots and their L-functions.
problem Characterize SL2-representations of twist knots and their properties.
method Character variety, Reidemeister torsion, Chebyshev polynomials, and L-functions.
result Non-acyclic SL2-representations lie on the line x=y in character variety, and their orders are related to (-3)-Dehn surgery.
Study of knot invariants using twisted Iwasawa theory.
problem Determining knot properties like genus and fiberedness.
method Introducing twisted Iwasawa invariants for knot representations and covers.
result Iwasawa invariants determine knot properties and their rigidity.