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Introduction

The main research objectives of ‘Technische Physik’ are related to the fabrication and characterization of semiconductor nanostructures. The group works on the development of nanostructure patterning technologies for optoelectronic applications as well as for basic physics studies of low dimensional photonic and electronic systems.

A complete chain of processing equipment, ranging from molecular beam epitaxy over several lithographic techniques to etching and deposition systems is used to fabricate devices and nanostructures for spectroscopy and transport experiments.
In addition to the cleanroom facilities, the group operates a wide range of characterization tools (optical spectroscopy, transport measurements, laser characterization, high frequency measurement...), which are used to investigate the performance of devices and fundamental aspects of low-dimensional structures.
Research, projects and cooperations

Lehrstuhl für Technische Physik

Chair for Applied Physics

Head of chair

Prof. Dr. Sven Höfling

Room: A U26
Email: sven.hoefling@physik.uni-wuerzburg.de
Phone: +49-931-31-83613

Administration

Monika Hartig
Office Management

Elisabeth McCormack
Communication Management

Verena Wegmann
Finance and Personnel Management

Room: A U25
Email: l-tep@physik.uni-wuerzburg.de
Phone: +49 931 31-85100

Aktuelles und Termine

EP2DS-23 / MSS-19

Sadly, the Joint Conference of EP2DS-23 and MSS-19, which had been scheduled for July 27th to 31st, 2020, had to be cancelled due to COVID-19 this year.

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Cluster of Excellence ct.qmat

Ct.qmat is a research association between the JMU Würzburg, the TU Dresden and five other renowned institutions, which concentrates on the development and understanding of novel quantum materials. It is a Cluster of Excellence funded by the Federal republic of Germany as well as by the German states.

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Aufbruch in die Quantentechnologie

Je stärker die Digitalisierung voranschreitet, umso mehr gewinnen Datensicherheit und sichere Kommunikation an Bedeutung. Für diese Ziele ist die Quantenkommunikation ein vielversprechender Ansatz: Als Informationsträger nutzt sie Quantenzustände, die aufgrund fundamentaler physikalischer Gesetze weder kopiert noch unbemerkt mitgelesen werden können.

Um den Aufbruch in die Quantentechnologie zu unterstützen, fördert das Bundesministerium für Bildung und Forschung (BMBF) das neue Verbundprojekt „Quanten-Link-Erweiterung“ (Q.Link.X) mit 14,8 Millionen Euro.

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