Abstract

Recent advances in solid-state fabrication have pushed the field to a point where strong interactions along with quantum effects dominate and define new and yet unexplored states of matter. This breakthrough offers exciting opportunities for the development of both new fundamental physics and novel commercial applications. In the realm of solid-state quantum technologies, numerous challenges remain at both theoretical and experimental levels. To address these effectively, meetings and discussions on a platform that unites theorists and experimentalists are essential.

The goal of this Mini-Colloquium is to unite experts from diverse fields of solid-state quantum physics, with a focus on quantum transport in low-dimensional systems (zero-, one-, and two-dimensional). It will serve as a platform to explore future opportunities in emerging solid-state quantum technologies and nanodevices, with particular emphasis on the role of quantum effects in strongly correlated low-dimensional systems. Additionally, the Mini-Cooloquium offers an excellent opportunity for young researchers and students to directly engage with leading experts in these areas.

Organizers