# Structure of Strange Dwarfs with Color Superconducting Core

## TL;DR

This paper investigates how two-flavor color superconductivity influences the structure of strange dwarfs, stellar objects with quark matter cores, finding that unpaired quark matter approximates their core composition well.

## Contribution

It provides new insights into the core composition of strange dwarfs, showing unpaired quark matter as a good approximation in their structure.

## Key findings

- Unpaired quark matter effectively models the core of strange dwarfs.
- Color superconductivity has notable effects on the stellar structure.
- Strange dwarfs share similar mass-radius characteristics with white dwarfs.

## Abstract

We study effects of two-flavor color superconductivity on the structure of strange dwarfs, which are stellar objects with similar masses and radii with ordinary white dwarfs but stabilized by the strange quark matter core. We find that unpaired quark matter is a good approximation to the core of strange dwarfs.