activity
20182021
collaborators

11 papers

math.CO2021

Some new symmetric structures in Ramsey theory

Aninda Chakraborty, Sayan Goswami

In this article, we will investigate several new configurations in Ramsey Theory, using the $\ostar_{l,k}$-operation on the set of integers, recently introduced in \cite{key-4}. Th…

math.CO2021

An abstract formulation of image partition regularity

Aninda Chakraborty, Sayan Goswami

Inspired by the paper [1] of V. Bergelson, John H.Johnson Jr., J. Moreira, we formulate an abstract version of image partition regularity. To establish the result we have used a va…

math.CO2020

An analogue to infinitery Hales-Jewett theorem

Aninda Chakraborty, Sayan Goswami

In a recent work, N. Hindman, D. Strauss and L. Zamboni have shown that the Hales-Jewett theorem can be combined with a sufficiently well behaved homomorphisms. In this paper we wi…

math.CO2020

Combined Algebraic Properties in Gaussian and Quaternion Ring

Aninda Chakraborty

It is known that for an IP^{*} set A in (\mathbb{N},+) and a sequence \left\langle x_{n}\right\rangle _{n=1}^{\infty} in \mathbb{N}, there exists a sum subsystem \left\langle y_{n}…

math.CO2020

Abundance of Matrices In Gaussian Integers

Aninda Chakraborty

In [HLS], N. Hindman, I. Leader and D. Strauss proved the abundance for a matrix with rational entries. In this paper we proved it for the ring of Gaussian integers. We showed the…

math.CO2020

Hales-Jewett type configurations in small sets

Aninda Chakraborty, Sayan Goswami

In a recent work, N. Hindman, D. Strauss and L. Zamboni have shown that the Hales-Jewett theorem can be combined with a sufficiently well behaved homomorphisms. Their work was comp…

math.CO2019

Polynomial central set theorem near zero

Aninda Chakraborty, Sayan Goswami

N. Hindman and I. Leader introduced the set of ultrafilters 0+ on (0,1) and characterize smallest ideal of (0+,+) and proved the Central Set Theorem near zero. Recently Polynomial…

math.GR2019

set in product space of countable adequate commutative partial semigroups

Aninda Chakraborty

A partial semigroup is a set with restricted binary operation. In this work we will extend a result due to V. Bergelson and N. Hindman concerning the rich structure presented in th…

math.CO2019

Sets with arithmetic progressions are abundant

Aninda Chakraborty, Sayan Goswami

Furstenberg, Glasscock, Bergelson, Beiglboeck have been studied abundance in arithmatic progression on various large sets like piecewise syndetic, central, thick, etc. but also the…

math.CO2019

Richness of arithmetic progression in commutative semigroup

Aninda Chakraborty, Sayan Goswami

Furstenberg and Glasner proved that for an arbitrary k in N, any piecewise syndetic set contains k term arithmetic progressions and such collection is also piecewise syndetic in Z:…

math.GN2018

Estimation of recurrence for nilpotent group action

Aninda Chakraborty, Dibyendu De, Sayan Goswami

We estimate size of recurrence of an action of a nilpotent group by homeomorphisms of a compact space for polynomial mappings into a nilpotent group form the partial semigroup $(\m…