A. Banerjee

works on

compact objects 1 modified gravity 1 quark stars 1 stellar structure 1 teleparallel gravity 1

From the 1 of 14 linked papers with an AI index.

activity

20242026

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math.CO2026

A new characterization of right keys, and the $m$ -symmetric Schur functions at $t = 0$

Luc Lapointe, Luis Pena

The ring $R_{m}$ of $m$ -symmetric functions consists of the formal power series that are symmetric in the variables $x_{m + 1}, x_{m + 2}, \dots$ but carry no symmetry in the first $m$ var…

gr-qc2026

Quark Stars in $f (T, T)$ Gravity: Structure, Stability, and Observational Constraints

Takol Tangphati, Ayan Banerjee, Izzet Sakalli +2

The paper investigates how quark stars behave in the modified teleparallel gravity theory f(T,𝒯), solving the stellar structure equations with the MIT bag model and examining how…

gr-qc2026

Tidal Deformability of Neutron Stars in Bumblebee Gravity: Probing Lorentz Symmetry Breaking with Gravitational Waves

Ayan Banerjee, sherzod Sayfiyev, Muhtarama Radjapbaeva +3

We investigate the tidal properties of static neutron stars in the Neves--Gardim branch of bumblebee gravity, a vector--tensor theory in which a nonzero vacuum expectation value of…

A new characterization of right keys, and the m-symmetric Schur functions at t=0

Quark Stars in f(T,T) Gravity: Structure, Stability, and Observational Constraints

Tidal Deformability of Neutron Stars in Bumblebee Gravity: Probing Lorentz Symmetry Breaking with Gravitational Waves

A new characterization of right keys, and the $m$ -symmetric Schur functions at $t = 0$

Quark Stars in $f (T, T)$ Gravity: Structure, Stability, and Observational Constraints