# The Future of Dwarf Galaxy Research: What Telescopes Will Discover

## TL;DR

Future telescopic observations of dwarf galaxies will significantly advance our understanding of galaxy evolution, star formation, and cosmological models by providing detailed data on their dynamics, histories, and environments.

## Contribution

This paper outlines the potential of upcoming telescopic studies to revolutionize dwarf galaxy research and test key theories in galaxy evolution and cosmology.

## Key findings

- Anticipated detailed insights into dwarf galaxy orbits and star formation histories.
- Assessment of environmental impacts on baryon cycling and star formation.
- Potential to test small-scale structure formation models.

## Abstract

Dwarf galaxies make ideal laboratories to test galaxy evolution paradigms and cosmological models. Detailed studies of dwarfs across the spectrum allow us to gauge the efficacy of astrophysical processes at play in the lowest mass halos such as gas accretion, feedback, turbulence and chemical enrichment. Future observational studies will deliver unprecedented insights on the orbits of dwarf companions around the Milky Way, on their star formation histories and on the 3-D internal motions of their stars. Over large volumes, we will assess the impact of local environment on baryon cycling and star formation laws, leading to a full picture of the evolution of dwarfs across cosmic time. In combination, future discoveries promise to trace the history of assembly within the Local Group and beyond, probe how stars form under pristine conditions, and test models of structure formation on small scales.