Quantum Energy and Charge Transfer at Two-Dimensional Interfaces

Energy and charge transfer processes in interacting donor-acceptor systems are the bedrock of many fundamental studies and technological applications ranging from biosensing to energy storage and quantum optoelectronics. Central to the understanding and utilization of these transfer processes is having full control over the donor-acceptor distance. With their atomic thickness and ease of integrability, two-dimensional materials are naturally emerging as an ideal platform for the task. Here, we review how van der Waals semiconductors are shaping the field. We present a selection of some of the most significant demonstrations involving transfer processes in layered materials that deepen our understanding of transfer dynamics and are leading to intriguing practical realizations. Alongside current achievements, we discuss outstanding challenges and future opportunities.

Automated summary

This article discusses the importance of van der Waals semiconductors in energy and charge transfer processes in donor-acceptor systems, as well as the role of two-dimensional materials in this field. It presents some significant experiments that deepen our understanding of transfer dynamics and looks into future challenges and opportunities.