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Nikita Kalinin's user avatar
Nikita Kalinin's user avatar
Nikita Kalinin's user avatar
Nikita Kalinin
  • Member for 14 years, 9 months
  • Last seen this week
5 votes
2 answers
2k views

Nagata's conjecture, Seshadri constant

5 votes
3 answers
597 views

Thom polynomial for contact algebraic structures

5 votes
3 answers
394 views

Path connected coloured sets on the squared paper

4 votes
1 answer
1k views

Organizing principles of mathematics

4 votes
1 answer
718 views

What is the minimal degree of a smooth curves which is not on a cubic surface in $P^3$?

4 votes
0 answers
672 views

Euclides' sieve

3 votes
1 answer
437 views

First cohomology of the space of long knots in ℝ⁴

3 votes
0 answers
269 views

Hypersurface with singularities

3 votes
0 answers
326 views

Asymptotics vs Puiseux series

3 votes
2 answers
300 views

Discriminant locus in knot space

2 votes
1 answer
190 views

Uniform smoothness of locally-flat loops

2 votes
1 answer
430 views

Stable singularities of smooth map $\mathbb R^3\to \mathbb R^4$

2 votes
2 answers
254 views

Topological type $x_0^2+x_1^2+x_2^2+ x_3^2+x_4^2 = 0$ in $\mathbb P^4$

2 votes
1 answer
380 views

Families of three dimensional algebraic curves

2 votes
1 answer
387 views

Generators of the colored braid group (two colors), reference

2 votes
0 answers
62 views

Factor group of all the sequences by the subgroup of bounded sequences

2 votes
1 answer
227 views

What is the name of a 8-regular graph on $\mathbb Z^2$?

1 vote
0 answers
178 views

Estimates for derivatives of a positive discrete harmonic function

1 vote
1 answer
298 views

Riemann-Roch and dim of deformation space.

1 vote
1 answer
377 views

Deformation space form the point of view of intersection theory

1 vote
1 answer
232 views

Curve of degree $d$ through $2d+1$ points in $\mathbb P^3$

1 vote
1 answer
165 views

If there is any colouring then there is periodic colouring.

1 vote
2 answers
2k views

Space of all topological knots (tame and wild)

0 votes
2 answers
353 views

Realisability cohomological class as product or as immersed sphere

0 votes
0 answers
116 views

Dimension of the set of the polynomial growth harmonic function on the hyperbolic plane

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