T(35,2)
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Knot presentations
| Planar diagram presentation | X29,65,30,64 X65,31,66,30 X31,67,32,66 X67,33,68,32 X33,69,34,68 X69,35,70,34 X35,1,36,70 X1,37,2,36 X37,3,38,2 X3,39,4,38 X39,5,40,4 X5,41,6,40 X41,7,42,6 X7,43,8,42 X43,9,44,8 X9,45,10,44 X45,11,46,10 X11,47,12,46 X47,13,48,12 X13,49,14,48 X49,15,50,14 X15,51,16,50 X51,17,52,16 X17,53,18,52 X53,19,54,18 X19,55,20,54 X55,21,56,20 X21,57,22,56 X57,23,58,22 X23,59,24,58 X59,25,60,24 X25,61,26,60 X61,27,62,26 X27,63,28,62 X63,29,64,28 |
| Gauss code | -8, 9, -10, 11, -12, 13, -14, 15, -16, 17, -18, 19, -20, 21, -22, 23, -24, 25, -26, 27, -28, 29, -30, 31, -32, 33, -34, 35, -1, 2, -3, 4, -5, 6, -7, 8, -9, 10, -11, 12, -13, 14, -15, 16, -17, 18, -19, 20, -21, 22, -23, 24, -25, 26, -27, 28, -29, 30, -31, 32, -33, 34, -35, 1, -2, 3, -4, 5, -6, 7 |
| Dowker-Thistlethwaite code | 36 38 40 42 44 46 48 50 52 54 56 58 60 62 64 66 68 70 2 4 6 8 10 12 14 16 18 20 22 24 26 28 30 32 34 |
| Braid presentation |
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Polynomial invariants
| Alexander polynomial | [math]\displaystyle{ t^{17}-t^{16}+t^{15}-t^{14}+t^{13}-t^{12}+t^{11}-t^{10}+t^9-t^8+t^7-t^6+t^5-t^4+t^3-t^2+t-1+ t^{-1} - t^{-2} + t^{-3} - t^{-4} + t^{-5} - t^{-6} + t^{-7} - t^{-8} + t^{-9} - t^{-10} + t^{-11} - t^{-12} + t^{-13} - t^{-14} + t^{-15} - t^{-16} + t^{-17} }[/math] |
| Conway polynomial | [math]\displaystyle{ z^{34}+33 z^{32}+496 z^{30}+4495 z^{28}+27405 z^{26}+118755 z^{24}+376740 z^{22}+888030 z^{20}+1562275 z^{18}+2042975 z^{16}+1961256 z^{14}+1352078 z^{12}+646646 z^{10}+203490 z^8+38760 z^6+3876 z^4+153 z^2+1 }[/math] |
| 2nd Alexander ideal (db, data sources) | [math]\displaystyle{ \{1\} }[/math] |
| Determinant and Signature | { 35, 34 } |
| Jones polynomial | [math]\displaystyle{ -q^{52}+q^{51}-q^{50}+q^{49}-q^{48}+q^{47}-q^{46}+q^{45}-q^{44}+q^{43}-q^{42}+q^{41}-q^{40}+q^{39}-q^{38}+q^{37}-q^{36}+q^{35}-q^{34}+q^{33}-q^{32}+q^{31}-q^{30}+q^{29}-q^{28}+q^{27}-q^{26}+q^{25}-q^{24}+q^{23}-q^{22}+q^{21}-q^{20}+q^{19}+q^{17} }[/math] |
| HOMFLY-PT polynomial (db, data sources) | [math]\displaystyle{ z^{34}a^{-34}-34z^{32}a^{-34}-z^{32}a^{-36}+528z^{30}a^{-34}+32z^{30}a^{-36}-4960z^{28}a^{-34}-465z^{28}a^{-36}+31465z^{26}a^{-34}+4060z^{26}a^{-36}-142506z^{24}a^{-34}-23751z^{24}a^{-36}+475020z^{22}a^{-34}+98280z^{22}a^{-36}-1184040z^{20}a^{-34}-296010z^{20}a^{-36}+2220075z^{18}a^{-34}+657800z^{18}a^{-36}-3124550z^{16}a^{-34}-1081575z^{16}a^{-36}+3268760z^{14}a^{-34}+1307504z^{14}a^{-36}-2496144z^{12}a^{-34}-1144066z^{12}a^{-36}+1352078z^{10}a^{-34}+705432z^{10}a^{-36}-497420z^8a^{-34}-293930z^8a^{-36}+116280z^6a^{-34}+77520z^6a^{-36}-15504z^4a^{-34}-11628z^4a^{-36}+969z^2a^{-34}+816z^2a^{-36}-18a^{-34}-17a^{-36} }[/math] |
| Kauffman polynomial (db, data sources) | [math]\displaystyle{ z^{34}a^{-34}+z^{34}a^{-36}+z^{33}a^{-35}+z^{33}a^{-37}-34z^{32}a^{-34}-33z^{32}a^{-36}+z^{32}a^{-38}-32z^{31}a^{-35}-31z^{31}a^{-37}+z^{31}a^{-39}+528z^{30}a^{-34}+497z^{30}a^{-36}-30z^{30}a^{-38}+z^{30}a^{-40}+465z^{29}a^{-35}+435z^{29}a^{-37}-29z^{29}a^{-39}+z^{29}a^{-41}-4960z^{28}a^{-34}-4525z^{28}a^{-36}+406z^{28}a^{-38}-28z^{28}a^{-40}+z^{28}a^{-42}-4060z^{27}a^{-35}-3654z^{27}a^{-37}+378z^{27}a^{-39}-27z^{27}a^{-41}+z^{27}a^{-43}+31465z^{26}a^{-34}+27811z^{26}a^{-36}-3276z^{26}a^{-38}+351z^{26}a^{-40}-26z^{26}a^{-42}+z^{26}a^{-44}+23751z^{25}a^{-35}+20475z^{25}a^{-37}-2925z^{25}a^{-39}+325z^{25}a^{-41}-25z^{25}a^{-43}+z^{25}a^{-45}-142506z^{24}a^{-34}-122031z^{24}a^{-36}+17550z^{24}a^{-38}-2600z^{24}a^{-40}+300z^{24}a^{-42}-24z^{24}a^{-44}+z^{24}a^{-46}-98280z^{23}a^{-35}-80730z^{23}a^{-37}+14950z^{23}a^{-39}-2300z^{23}a^{-41}+276z^{23}a^{-43}-23z^{23}a^{-45}+z^{23}a^{-47}+475020z^{22}a^{-34}+394290z^{22}a^{-36}-65780z^{22}a^{-38}+12650z^{22}a^{-40}-2024z^{22}a^{-42}+253z^{22}a^{-44}-22z^{22}a^{-46}+z^{22}a^{-48}+296010z^{21}a^{-35}+230230z^{21}a^{-37}-53130z^{21}a^{-39}+10626z^{21}a^{-41}-1771z^{21}a^{-43}+231z^{21}a^{-45}-21z^{21}a^{-47}+z^{21}a^{-49}-1184040z^{20}a^{-34}-953810z^{20}a^{-36}+177100z^{20}a^{-38}-42504z^{20}a^{-40}+8855z^{20}a^{-42}-1540z^{20}a^{-44}+210z^{20}a^{-46}-20z^{20}a^{-48}+z^{20}a^{-50}-657800z^{19}a^{-35}-480700z^{19}a^{-37}+134596z^{19}a^{-39}-33649z^{19}a^{-41}+7315z^{19}a^{-43}-1330z^{19}a^{-45}+190z^{19}a^{-47}-19z^{19}a^{-49}+z^{19}a^{-51}+2220075z^{18}a^{-34}+1739375z^{18}a^{-36}-346104z^{18}a^{-38}+100947z^{18}a^{-40}-26334z^{18}a^{-42}+5985z^{18}a^{-44}-1140z^{18}a^{-46}+171z^{18}a^{-48}-18z^{18}a^{-50}+z^{18}a^{-52}+1081575z^{17}a^{-35}+735471z^{17}a^{-37}-245157z^{17}a^{-39}+74613z^{17}a^{-41}-20349z^{17}a^{-43}+4845z^{17}a^{-45}-969z^{17}a^{-47}+153z^{17}a^{-49}-17z^{17}a^{-51}+z^{17}a^{-53}-3124550z^{16}a^{-34}-2389079z^{16}a^{-36}+490314z^{16}a^{-38}-170544z^{16}a^{-40}+54264z^{16}a^{-42}-15504z^{16}a^{-44}+3876z^{16}a^{-46}-816z^{16}a^{-48}+136z^{16}a^{-50}-16z^{16}a^{-52}+z^{16}a^{-54}-1307504z^{15}a^{-35}-817190z^{15}a^{-37}+319770z^{15}a^{-39}-116280z^{15}a^{-41}+38760z^{15}a^{-43}-11628z^{15}a^{-45}+3060z^{15}a^{-47}-680z^{15}a^{-49}+120z^{15}a^{-51}-15z^{15}a^{-53}+z^{15}a^{-55}+3268760z^{14}a^{-34}+2451570z^{14}a^{-36}-497420z^{14}a^{-38}+203490z^{14}a^{-40}-77520z^{14}a^{-42}+27132z^{14}a^{-44}-8568z^{14}a^{-46}+2380z^{14}a^{-48}-560z^{14}a^{-50}+105z^{14}a^{-52}-14z^{14}a^{-54}+z^{14}a^{-56}+1144066z^{13}a^{-35}+646646z^{13}a^{-37}-293930z^{13}a^{-39}+125970z^{13}a^{-41}-50388z^{13}a^{-43}+18564z^{13}a^{-45}-6188z^{13}a^{-47}+1820z^{13}a^{-49}-455z^{13}a^{-51}+91z^{13}a^{-53}-13z^{13}a^{-55}+z^{13}a^{-57}-2496144z^{12}a^{-34}-1849498z^{12}a^{-36}+352716z^{12}a^{-38}-167960z^{12}a^{-40}+75582z^{12}a^{-42}-31824z^{12}a^{-44}+12376z^{12}a^{-46}-4368z^{12}a^{-48}+1365z^{12}a^{-50}-364z^{12}a^{-52}+78z^{12}a^{-54}-12z^{12}a^{-56}+z^{12}a^{-58}-705432z^{11}a^{-35}-352716z^{11}a^{-37}+184756z^{11}a^{-39}-92378z^{11}a^{-41}+43758z^{11}a^{-43}-19448z^{11}a^{-45}+8008z^{11}a^{-47}-3003z^{11}a^{-49}+1001z^{11}a^{-51}-286z^{11}a^{-53}+66z^{11}a^{-55}-11z^{11}a^{-57}+z^{11}a^{-59}+1352078z^{10}a^{-34}+999362z^{10}a^{-36}-167960z^{10}a^{-38}+92378z^{10}a^{-40}-48620z^{10}a^{-42}+24310z^{10}a^{-44}-11440z^{10}a^{-46}+5005z^{10}a^{-48}-2002z^{10}a^{-50}+715z^{10}a^{-52}-220z^{10}a^{-54}+55z^{10}a^{-56}-10z^{10}a^{-58}+z^{10}a^{-60}+293930z^9a^{-35}+125970z^9a^{-37}-75582z^9a^{-39}+43758z^9a^{-41}-24310z^9a^{-43}+12870z^9a^{-45}-6435z^9a^{-47}+3003z^9a^{-49}-1287z^9a^{-51}+495z^9a^{-53}-165z^9a^{-55}+45z^9a^{-57}-9z^9a^{-59}+z^9a^{-61}-497420z^8a^{-34}-371450z^8a^{-36}+50388z^8a^{-38}-31824z^8a^{-40}+19448z^8a^{-42}-11440z^8a^{-44}+6435z^8a^{-46}-3432z^8a^{-48}+1716z^8a^{-50}-792z^8a^{-52}+330z^8a^{-54}-120z^8a^{-56}+36z^8a^{-58}-8z^8a^{-60}+z^8a^{-62}-77520z^7a^{-35}-27132z^7a^{-37}+18564z^7a^{-39}-12376z^7a^{-41}+8008z^7a^{-43}-5005z^7a^{-45}+3003z^7a^{-47}-1716z^7a^{-49}+924z^7a^{-51}-462z^7a^{-53}+210z^7a^{-55}-84z^7a^{-57}+28z^7a^{-59}-7z^7a^{-61}+z^7a^{-63}+116280z^6a^{-34}+89148z^6a^{-36}-8568z^6a^{-38}+6188z^6a^{-40}-4368z^6a^{-42}+3003z^6a^{-44}-2002z^6a^{-46}+1287z^6a^{-48}-792z^6a^{-50}+462z^6a^{-52}-252z^6a^{-54}+126z^6a^{-56}-56z^6a^{-58}+21z^6a^{-60}-6z^6a^{-62}+z^6a^{-64}+11628z^5a^{-35}+3060z^5a^{-37}-2380z^5a^{-39}+1820z^5a^{-41}-1365z^5a^{-43}+1001z^5a^{-45}-715z^5a^{-47}+495z^5a^{-49}-330z^5a^{-51}+210z^5a^{-53}-126z^5a^{-55}+70z^5a^{-57}-35z^5a^{-59}+15z^5a^{-61}-5z^5a^{-63}+z^5a^{-65}-15504z^4a^{-34}-12444z^4a^{-36}+680z^4a^{-38}-560z^4a^{-40}+455z^4a^{-42}-364z^4a^{-44}+286z^4a^{-46}-220z^4a^{-48}+165z^4a^{-50}-120z^4a^{-52}+84z^4a^{-54}-56z^4a^{-56}+35z^4a^{-58}-20z^4a^{-60}+10z^4a^{-62}-4z^4a^{-64}+z^4a^{-66}-816z^3a^{-35}-136z^3a^{-37}+120z^3a^{-39}-105z^3a^{-41}+91z^3a^{-43}-78z^3a^{-45}+66z^3a^{-47}-55z^3a^{-49}+45z^3a^{-51}-36z^3a^{-53}+28z^3a^{-55}-21z^3a^{-57}+15z^3a^{-59}-10z^3a^{-61}+6z^3a^{-63}-3z^3a^{-65}+z^3a^{-67}+969z^2a^{-34}+833z^2a^{-36}-16z^2a^{-38}+15z^2a^{-40}-14z^2a^{-42}+13z^2a^{-44}-12z^2a^{-46}+11z^2a^{-48}-10z^2a^{-50}+9z^2a^{-52}-8z^2a^{-54}+7z^2a^{-56}-6z^2a^{-58}+5z^2a^{-60}-4z^2a^{-62}+3z^2a^{-64}-2z^2a^{-66}+z^2a^{-68}+17za^{-35}+za^{-37}-za^{-39}+za^{-41}-za^{-43}+za^{-45}-za^{-47}+za^{-49}-za^{-51}+za^{-53}-za^{-55}+za^{-57}-za^{-59}+za^{-61}-za^{-63}+za^{-65}-za^{-67}+za^{-69}-18a^{-34}-17a^{-36} }[/math] |
| The A2 invariant | Data:T(35,2)/QuantumInvariant/A2/1,0 |
| The G2 invariant | Data:T(35,2)/QuantumInvariant/G2/1,0 |
Further Quantum Invariants
Computer Talk
The above data is available with the Mathematica package
KnotTheory`, as shown in the (simulated) Mathematica session below. Your input (in red) is realistic; all else should have the same content as in a real mathematica session, but with different formatting. This Mathematica session is also available (albeit only for the knot 5_2) as the notebook PolynomialInvariantsSession.nb.
(The path below may be different on your system, and possibly also the KnotTheory` date)
In[1]:=
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AppendTo[$Path, "C:/drorbn/projects/KAtlas/"];
<< KnotTheory`
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Loading KnotTheory` version of August 31, 2006, 11:25:27.5625.
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In[3]:=
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K = Knot["T(35,2)"];
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In[4]:=
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Alexander[K][t]
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KnotTheory::loading: Loading precomputed data in PD4Knots`.
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Out[4]=
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[math]\displaystyle{ t^{17}-t^{16}+t^{15}-t^{14}+t^{13}-t^{12}+t^{11}-t^{10}+t^9-t^8+t^7-t^6+t^5-t^4+t^3-t^2+t-1+ t^{-1} - t^{-2} + t^{-3} - t^{-4} + t^{-5} - t^{-6} + t^{-7} - t^{-8} + t^{-9} - t^{-10} + t^{-11} - t^{-12} + t^{-13} - t^{-14} + t^{-15} - t^{-16} + t^{-17} }[/math] |
In[5]:=
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Conway[K][z]
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Out[5]=
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[math]\displaystyle{ z^{34}+33 z^{32}+496 z^{30}+4495 z^{28}+27405 z^{26}+118755 z^{24}+376740 z^{22}+888030 z^{20}+1562275 z^{18}+2042975 z^{16}+1961256 z^{14}+1352078 z^{12}+646646 z^{10}+203490 z^8+38760 z^6+3876 z^4+153 z^2+1 }[/math] |
In[6]:=
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Alexander[K, 2][t]
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KnotTheory::credits: The program Alexander[K, r] to compute Alexander ideals was written by Jana Archibald at the University of Toronto in the summer of 2005.
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Out[6]=
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[math]\displaystyle{ \{1\} }[/math] |
In[7]:=
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{KnotDet[K], KnotSignature[K]}
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Out[7]=
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{ 35, 34 } |
In[8]:=
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Jones[K][q]
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KnotTheory::loading: Loading precomputed data in Jones4Knots`.
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Out[8]=
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[math]\displaystyle{ -q^{52}+q^{51}-q^{50}+q^{49}-q^{48}+q^{47}-q^{46}+q^{45}-q^{44}+q^{43}-q^{42}+q^{41}-q^{40}+q^{39}-q^{38}+q^{37}-q^{36}+q^{35}-q^{34}+q^{33}-q^{32}+q^{31}-q^{30}+q^{29}-q^{28}+q^{27}-q^{26}+q^{25}-q^{24}+q^{23}-q^{22}+q^{21}-q^{20}+q^{19}+q^{17} }[/math] |
In[9]:=
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HOMFLYPT[K][a, z]
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KnotTheory::credits: The HOMFLYPT program was written by Scott Morrison.
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Out[9]=
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[math]\displaystyle{ z^{34}a^{-34}-34z^{32}a^{-34}-z^{32}a^{-36}+528z^{30}a^{-34}+32z^{30}a^{-36}-4960z^{28}a^{-34}-465z^{28}a^{-36}+31465z^{26}a^{-34}+4060z^{26}a^{-36}-142506z^{24}a^{-34}-23751z^{24}a^{-36}+475020z^{22}a^{-34}+98280z^{22}a^{-36}-1184040z^{20}a^{-34}-296010z^{20}a^{-36}+2220075z^{18}a^{-34}+657800z^{18}a^{-36}-3124550z^{16}a^{-34}-1081575z^{16}a^{-36}+3268760z^{14}a^{-34}+1307504z^{14}a^{-36}-2496144z^{12}a^{-34}-1144066z^{12}a^{-36}+1352078z^{10}a^{-34}+705432z^{10}a^{-36}-497420z^8a^{-34}-293930z^8a^{-36}+116280z^6a^{-34}+77520z^6a^{-36}-15504z^4a^{-34}-11628z^4a^{-36}+969z^2a^{-34}+816z^2a^{-36}-18a^{-34}-17a^{-36} }[/math] |
In[10]:=
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Kauffman[K][a, z]
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KnotTheory::loading: Loading precomputed data in Kauffman4Knots`.
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Out[10]=
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[math]\displaystyle{ z^{34}a^{-34}+z^{34}a^{-36}+z^{33}a^{-35}+z^{33}a^{-37}-34z^{32}a^{-34}-33z^{32}a^{-36}+z^{32}a^{-38}-32z^{31}a^{-35}-31z^{31}a^{-37}+z^{31}a^{-39}+528z^{30}a^{-34}+497z^{30}a^{-36}-30z^{30}a^{-38}+z^{30}a^{-40}+465z^{29}a^{-35}+435z^{29}a^{-37}-29z^{29}a^{-39}+z^{29}a^{-41}-4960z^{28}a^{-34}-4525z^{28}a^{-36}+406z^{28}a^{-38}-28z^{28}a^{-40}+z^{28}a^{-42}-4060z^{27}a^{-35}-3654z^{27}a^{-37}+378z^{27}a^{-39}-27z^{27}a^{-41}+z^{27}a^{-43}+31465z^{26}a^{-34}+27811z^{26}a^{-36}-3276z^{26}a^{-38}+351z^{26}a^{-40}-26z^{26}a^{-42}+z^{26}a^{-44}+23751z^{25}a^{-35}+20475z^{25}a^{-37}-2925z^{25}a^{-39}+325z^{25}a^{-41}-25z^{25}a^{-43}+z^{25}a^{-45}-142506z^{24}a^{-34}-122031z^{24}a^{-36}+17550z^{24}a^{-38}-2600z^{24}a^{-40}+300z^{24}a^{-42}-24z^{24}a^{-44}+z^{24}a^{-46}-98280z^{23}a^{-35}-80730z^{23}a^{-37}+14950z^{23}a^{-39}-2300z^{23}a^{-41}+276z^{23}a^{-43}-23z^{23}a^{-45}+z^{23}a^{-47}+475020z^{22}a^{-34}+394290z^{22}a^{-36}-65780z^{22}a^{-38}+12650z^{22}a^{-40}-2024z^{22}a^{-42}+253z^{22}a^{-44}-22z^{22}a^{-46}+z^{22}a^{-48}+296010z^{21}a^{-35}+230230z^{21}a^{-37}-53130z^{21}a^{-39}+10626z^{21}a^{-41}-1771z^{21}a^{-43}+231z^{21}a^{-45}-21z^{21}a^{-47}+z^{21}a^{-49}-1184040z^{20}a^{-34}-953810z^{20}a^{-36}+177100z^{20}a^{-38}-42504z^{20}a^{-40}+8855z^{20}a^{-42}-1540z^{20}a^{-44}+210z^{20}a^{-46}-20z^{20}a^{-48}+z^{20}a^{-50}-657800z^{19}a^{-35}-480700z^{19}a^{-37}+134596z^{19}a^{-39}-33649z^{19}a^{-41}+7315z^{19}a^{-43}-1330z^{19}a^{-45}+190z^{19}a^{-47}-19z^{19}a^{-49}+z^{19}a^{-51}+2220075z^{18}a^{-34}+1739375z^{18}a^{-36}-346104z^{18}a^{-38}+100947z^{18}a^{-40}-26334z^{18}a^{-42}+5985z^{18}a^{-44}-1140z^{18}a^{-46}+171z^{18}a^{-48}-18z^{18}a^{-50}+z^{18}a^{-52}+1081575z^{17}a^{-35}+735471z^{17}a^{-37}-245157z^{17}a^{-39}+74613z^{17}a^{-41}-20349z^{17}a^{-43}+4845z^{17}a^{-45}-969z^{17}a^{-47}+153z^{17}a^{-49}-17z^{17}a^{-51}+z^{17}a^{-53}-3124550z^{16}a^{-34}-2389079z^{16}a^{-36}+490314z^{16}a^{-38}-170544z^{16}a^{-40}+54264z^{16}a^{-42}-15504z^{16}a^{-44}+3876z^{16}a^{-46}-816z^{16}a^{-48}+136z^{16}a^{-50}-16z^{16}a^{-52}+z^{16}a^{-54}-1307504z^{15}a^{-35}-817190z^{15}a^{-37}+319770z^{15}a^{-39}-116280z^{15}a^{-41}+38760z^{15}a^{-43}-11628z^{15}a^{-45}+3060z^{15}a^{-47}-680z^{15}a^{-49}+120z^{15}a^{-51}-15z^{15}a^{-53}+z^{15}a^{-55}+3268760z^{14}a^{-34}+2451570z^{14}a^{-36}-497420z^{14}a^{-38}+203490z^{14}a^{-40}-77520z^{14}a^{-42}+27132z^{14}a^{-44}-8568z^{14}a^{-46}+2380z^{14}a^{-48}-560z^{14}a^{-50}+105z^{14}a^{-52}-14z^{14}a^{-54}+z^{14}a^{-56}+1144066z^{13}a^{-35}+646646z^{13}a^{-37}-293930z^{13}a^{-39}+125970z^{13}a^{-41}-50388z^{13}a^{-43}+18564z^{13}a^{-45}-6188z^{13}a^{-47}+1820z^{13}a^{-49}-455z^{13}a^{-51}+91z^{13}a^{-53}-13z^{13}a^{-55}+z^{13}a^{-57}-2496144z^{12}a^{-34}-1849498z^{12}a^{-36}+352716z^{12}a^{-38}-167960z^{12}a^{-40}+75582z^{12}a^{-42}-31824z^{12}a^{-44}+12376z^{12}a^{-46}-4368z^{12}a^{-48}+1365z^{12}a^{-50}-364z^{12}a^{-52}+78z^{12}a^{-54}-12z^{12}a^{-56}+z^{12}a^{-58}-705432z^{11}a^{-35}-352716z^{11}a^{-37}+184756z^{11}a^{-39}-92378z^{11}a^{-41}+43758z^{11}a^{-43}-19448z^{11}a^{-45}+8008z^{11}a^{-47}-3003z^{11}a^{-49}+1001z^{11}a^{-51}-286z^{11}a^{-53}+66z^{11}a^{-55}-11z^{11}a^{-57}+z^{11}a^{-59}+1352078z^{10}a^{-34}+999362z^{10}a^{-36}-167960z^{10}a^{-38}+92378z^{10}a^{-40}-48620z^{10}a^{-42}+24310z^{10}a^{-44}-11440z^{10}a^{-46}+5005z^{10}a^{-48}-2002z^{10}a^{-50}+715z^{10}a^{-52}-220z^{10}a^{-54}+55z^{10}a^{-56}-10z^{10}a^{-58}+z^{10}a^{-60}+293930z^9a^{-35}+125970z^9a^{-37}-75582z^9a^{-39}+43758z^9a^{-41}-24310z^9a^{-43}+12870z^9a^{-45}-6435z^9a^{-47}+3003z^9a^{-49}-1287z^9a^{-51}+495z^9a^{-53}-165z^9a^{-55}+45z^9a^{-57}-9z^9a^{-59}+z^9a^{-61}-497420z^8a^{-34}-371450z^8a^{-36}+50388z^8a^{-38}-31824z^8a^{-40}+19448z^8a^{-42}-11440z^8a^{-44}+6435z^8a^{-46}-3432z^8a^{-48}+1716z^8a^{-50}-792z^8a^{-52}+330z^8a^{-54}-120z^8a^{-56}+36z^8a^{-58}-8z^8a^{-60}+z^8a^{-62}-77520z^7a^{-35}-27132z^7a^{-37}+18564z^7a^{-39}-12376z^7a^{-41}+8008z^7a^{-43}-5005z^7a^{-45}+3003z^7a^{-47}-1716z^7a^{-49}+924z^7a^{-51}-462z^7a^{-53}+210z^7a^{-55}-84z^7a^{-57}+28z^7a^{-59}-7z^7a^{-61}+z^7a^{-63}+116280z^6a^{-34}+89148z^6a^{-36}-8568z^6a^{-38}+6188z^6a^{-40}-4368z^6a^{-42}+3003z^6a^{-44}-2002z^6a^{-46}+1287z^6a^{-48}-792z^6a^{-50}+462z^6a^{-52}-252z^6a^{-54}+126z^6a^{-56}-56z^6a^{-58}+21z^6a^{-60}-6z^6a^{-62}+z^6a^{-64}+11628z^5a^{-35}+3060z^5a^{-37}-2380z^5a^{-39}+1820z^5a^{-41}-1365z^5a^{-43}+1001z^5a^{-45}-715z^5a^{-47}+495z^5a^{-49}-330z^5a^{-51}+210z^5a^{-53}-126z^5a^{-55}+70z^5a^{-57}-35z^5a^{-59}+15z^5a^{-61}-5z^5a^{-63}+z^5a^{-65}-15504z^4a^{-34}-12444z^4a^{-36}+680z^4a^{-38}-560z^4a^{-40}+455z^4a^{-42}-364z^4a^{-44}+286z^4a^{-46}-220z^4a^{-48}+165z^4a^{-50}-120z^4a^{-52}+84z^4a^{-54}-56z^4a^{-56}+35z^4a^{-58}-20z^4a^{-60}+10z^4a^{-62}-4z^4a^{-64}+z^4a^{-66}-816z^3a^{-35}-136z^3a^{-37}+120z^3a^{-39}-105z^3a^{-41}+91z^3a^{-43}-78z^3a^{-45}+66z^3a^{-47}-55z^3a^{-49}+45z^3a^{-51}-36z^3a^{-53}+28z^3a^{-55}-21z^3a^{-57}+15z^3a^{-59}-10z^3a^{-61}+6z^3a^{-63}-3z^3a^{-65}+z^3a^{-67}+969z^2a^{-34}+833z^2a^{-36}-16z^2a^{-38}+15z^2a^{-40}-14z^2a^{-42}+13z^2a^{-44}-12z^2a^{-46}+11z^2a^{-48}-10z^2a^{-50}+9z^2a^{-52}-8z^2a^{-54}+7z^2a^{-56}-6z^2a^{-58}+5z^2a^{-60}-4z^2a^{-62}+3z^2a^{-64}-2z^2a^{-66}+z^2a^{-68}+17za^{-35}+za^{-37}-za^{-39}+za^{-41}-za^{-43}+za^{-45}-za^{-47}+za^{-49}-za^{-51}+za^{-53}-za^{-55}+za^{-57}-za^{-59}+za^{-61}-za^{-63}+za^{-65}-za^{-67}+za^{-69}-18a^{-34}-17a^{-36} }[/math] |
"Similar" Knots (within the Atlas)
Same Alexander/Conway Polynomial: {}
Same Jones Polynomial (up to mirroring, [math]\displaystyle{ q\leftrightarrow q^{-1} }[/math]): {}
Computer Talk
The above data is available with the Mathematica package
KnotTheory`. Your input (in red) is realistic; all else should have the same content as in a real mathematica session, but with different formatting.
(The path below may be different on your system, and possibly also the KnotTheory` date)
In[1]:=
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AppendTo[$Path, "C:/drorbn/projects/KAtlas/"];
<< KnotTheory`
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Loading KnotTheory` version of May 31, 2006, 14:15:20.091.
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In[3]:=
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K = Knot["T(35,2)"];
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In[4]:=
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{A = Alexander[K][t], J = Jones[K][q]}
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KnotTheory::loading: Loading precomputed data in PD4Knots`.
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KnotTheory::loading: Loading precomputed data in Jones4Knots`.
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Out[4]=
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{ [math]\displaystyle{ t^{17}-t^{16}+t^{15}-t^{14}+t^{13}-t^{12}+t^{11}-t^{10}+t^9-t^8+t^7-t^6+t^5-t^4+t^3-t^2+t-1+ t^{-1} - t^{-2} + t^{-3} - t^{-4} + t^{-5} - t^{-6} + t^{-7} - t^{-8} + t^{-9} - t^{-10} + t^{-11} - t^{-12} + t^{-13} - t^{-14} + t^{-15} - t^{-16} + t^{-17} }[/math], [math]\displaystyle{ -q^{52}+q^{51}-q^{50}+q^{49}-q^{48}+q^{47}-q^{46}+q^{45}-q^{44}+q^{43}-q^{42}+q^{41}-q^{40}+q^{39}-q^{38}+q^{37}-q^{36}+q^{35}-q^{34}+q^{33}-q^{32}+q^{31}-q^{30}+q^{29}-q^{28}+q^{27}-q^{26}+q^{25}-q^{24}+q^{23}-q^{22}+q^{21}-q^{20}+q^{19}+q^{17} }[/math] } |
In[5]:=
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DeleteCases[Select[AllKnots[], (A === Alexander[#][t]) &], K]
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KnotTheory::loading: Loading precomputed data in DTCode4KnotsTo11`.
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KnotTheory::credits: The GaussCode to PD conversion was written by Siddarth Sankaran at the University of Toronto in the summer of 2005.
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Out[5]=
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{} |
In[6]:=
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DeleteCases[
Select[
AllKnots[],
(J === Jones[#][q] || (J /. q -> 1/q) === Jones[#][q]) &
],
K
]
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KnotTheory::loading: Loading precomputed data in Jones4Knots11`.
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Out[6]=
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{} |
Vassiliev invariants
| V2 and V3: | (153, 1785) |
| V2,1 through V6,9: |
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V2,1 through V6,9 were provided by Petr Dunin-Barkowski <barkovs@itep.ru>, Andrey Smirnov <asmirnov@itep.ru>, and Alexei Sleptsov <sleptsov@itep.ru> and uploaded on October 2010 by User:Drorbn. Note that they are normalized differently than V2 and V3.
Khovanov Homology
| The coefficients of the monomials [math]\displaystyle{ t^rq^j }[/math] are shown, along with their alternating sums [math]\displaystyle{ \chi }[/math] (fixed [math]\displaystyle{ j }[/math], alternation over [math]\displaystyle{ r }[/math]). The squares with yellow highlighting are those on the "critical diagonals", where [math]\displaystyle{ j-2r=s+1 }[/math] or [math]\displaystyle{ j-2r=s-1 }[/math], where [math]\displaystyle{ s= }[/math]34 is the signature of T(35,2). Nonzero entries off the critical diagonals (if any exist) are highlighted in red. |
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| Integral Khovanov Homology
(db, data source) |
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Computer Talk
Much of the above data can be recomputed by Mathematica using the package KnotTheory`. See A Sample KnotTheory` Session.
Modifying This Page
| Read me first: Modifying Knot Pages
See/edit the Torus Knot Page master template (intermediate). See/edit the Torus Knot_Splice_Base (expert). Back to the top. |
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