Jonathan Finley

Professor Jonathan Finley is Chair of Semiconductor Nanostructures and Quantum Systems at the Walter Schottky Institute, part of the Technical University of Munich's School of Natural Sciences. His research group explores the fundamental physics of nanostructured materials and their quantum-electronic and photonic properties, with applications spanning quantum technologies, information processing, and energy science.

Finley's research interests focus on understanding key fundamental processes in semiconductor-based nanomaterials and heterointerfaces. His group investigates and controls quantum mechanical, optical, and quantum optical phenomena using laser spectroscopy. Major research themes include Growth and Functional Properties of Ultrapure Nanomaterials, Heterostructures of 2D-Materials, Quantum-Photonics, Photonic Nanomaterials, and Quantum Sensing. The group's work bridges physics, materials science, and engineering through interdisciplinary collaboration.

Analysis of Finley's recent publications reveals a strong focus on quantum dot systems, nanowire lasers, 2D materials, and quantum photonics. His research demonstrates expertise in both fundamental quantum phenomena and practical applications, with increasing emphasis on quantum technologies and integrated nanophotonic systems. The publications show strong international collaboration and appear in high-impact journals across physics, materials science, and nanotechnology.

Scientific Awards:

• ISCS Young Scientist Prize (2008)
• DPG Walter Schottky Prize for Solid State Research (2007)
• Royal Society (London) Junior Fellowship (1998)
• Max Planck Society Research Fellowship (2002)
• University of Manchester Prize for Physics (1990-1993)

Professor Finley actively teaches courses on quantum optics, semiconductor physics, and quantum dot systems. His group, part of the Walter Schottky Institute, collaborates closely with the Photonic Quantum Engineering group at TUM-ECE. The research focuses on developing quantum sensors with applications in life sciences and ultra-sensitive photon detection at the quantum limit. The group maintains strong connections with industry partners and participates in major research initiatives focused on quantum technologies.