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Friedrich-Alexander-Universität Chair of Electron Devices
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  • About Us
  • Research
    • Silicon Semiconductor Technology
      • Realisierung von Koppelkondensatoren für Betriebsspannungen über 1200V durch Integration von Parallelwiderständen
      • Hybrid polymer based Bragg grating sensors – Fundamental investigations and application
      • A Synergetic Training Network on Energy beam Processing: from Modelling to Industrial Applications
      • Atomic layer deposition of dopant source layers for semiconductor doping – Characterization and modelling of drive-in processes
    • Wide-Bandgap Devices
      • Untersuchungen zur Leistungsdichte und Effizienz eines isolierenden DC/DC-Wandlers in GaN-Technologie
      • Dynamic Characterization of Molded Devices and Fundamental Investigations on Reliability
      • Charge compensation in 4H silicon carbide – Simulation, modelling and experimental verification
      • SiC-BIFET: Untersuchungen zu bipolaren SiC-Feldeffekttransistoren für das Mittelspannungsnetz
      • Development of semiconductor sensors based on silicon carbide
      • Kristallzüchtung von Nitrid-Einkristallen mit hoher Reinheit
    • Anorganische Dünnschichtelektronik
      • GRK 1161: Disperse systems for electronic applications – subproject electron devices in a nano-crystalline matrix
      • Liquid-phase processing of silicon thin films and electron devices based on polysilane precursors
      • Thin-Film Transistors with Novel Architecture for RF Circuits and Systems
      • Engineering of Nanoelectronic Materials – B6 (Druckbare Elektronik)
      • Local leakage currents in nanoparticulate films
    • Quantum Technologies
    • Other Projects
      • Herstellung und Charakterisierung von Heterostrukturen aus 2D Materialien
      • Entwicklung eines PDMS-basierten Mikrofluidiksystems
      • Erforschung der Oberflächenpräparation und der Rückgewinnung von Aluminiumnitrid-Substraten
      • Growth and stability of anisotropic nanoparticles in liquids
      • Leistungszentrum Elektroniksysteme (LZE), Teilprojekt 1: “Impedanzmessplatz für DC/DC-Wandler”
      • Leistungszentrum Elektroniksysteme (LZE), Teilprojekt 2: “Robuste Gestaltung induktiver Energieüberträger für bewegte Anwendungen”
      • Printable soft magnetic polymers for power electronics
      • Stability Under Process Variability for Advanced Interconnects and Devices Beyond 7 nm node
      • LightWave: High Performance Computing of Optical Wave
      • Intelligentes Leistungsmodul
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  • µe-bauhaus erlangen-nürnberg
    • At a Glance
    • µe-bauhaus erlangen-nürnberg manifesto
    • Background
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Background

In page navigation: µe-bauhaus erlangen-nürnberg
  • At a Glance
  • µe-bauhaus erlangen-nürnberg manifesto
  • Background

Background

Ansprechpartner

Jörg Schulze

Prof. Dr.-Ing. habil. Jörg Schulze

Department of Electrical-Electronic-Communication Engineering
Chair of Electron Devices

Room: Room 1.122
Cauerstr. 6
91058 Erlangen
  • Phone number: +49 9131 85-28634
  • Email: joerg.schulze@fau.de
  • Website: https://www.leb.tf.fau.de/

Background – From Weimar via Dessau to Berlin

“The dominant thought of the Bauhaus is thus the idea of the new unity, the collection of the many ‘arts’, ‘directions’ and phenomena into an indivisible whole, which is anchored in man himself and only gains meaning and significance through living life.”

Walter Gropius, Idea and structure of the Bauhaus, 1923

The State Bauhaus, founded by Walter Gropius in Weimar in 1919, was something completely new in terms of its nature and concept – the merging of art and craftsmanship. Today, it represents the most influential school in the fields of architecture, art and (industrial) design of the 20th century and is regarded worldwide as the home of the avant-garde of Classic Modernism in all areas of free and applied art and architecture. The resonance of the Bauhaus is unbroken to this day and has a significant influence on the image of modernist trends.


After the “Weimar years”, the Bauhaus moved to Dessau. On 4 December 1926, the new Bauhaus building designed by Walter Gropius with its impressive glass façade that set new standards (photo) was inaugurated.
Photo: iStock

The Bauhaus left its mark not only in Weimar, Dessau and Berlin. In Stuttgart, in particular, there are still visible traces of the Bauhaus. For example, the Weißenhofsiedlung or Werkbundsiedlung – an icon of the “New Building” – can be found there, which was built in 1927 by the Deutscher Werkbund under the direction of Ludwig Mies van der Rohe by leading representatives of the “New Building” – which also included the “Bauhäusler”. The Stuttgart Bauhaus master Oskar Schlemmer and his painter friend Willi Baumeister were also able to provide decisive impulses for the development of the Bauhaus. Oskar Schlemmer’s legendary “Triadic Ballet“, which is now part of the collections of the Staatsgalerie Stuttgart, is just one example.

– = +, “Less is more!”

Ludwig Mies van der Rohe, 3rd dirctor of the Bauhaus


Building of the Stuttgarter Weißenhofsiedlung | Photo: iStock

In 1930, Ludwig Mies van der Rohe was appointed director at the Bauhaus. In 1931, the NSDAP won the local elections in Dessau and in 1932 forced the closure of the State Bauhaus. Ludwig Mies van der Rohe attempted to continue the Bauhaus as a private institution by moving to Berlin, but by 1933 the National Socialists had already forced the Bauhaus to finally dissolve itself through repression such as house searches, sealing of the rooms and arrest of students.

And while the Bauhaus disappeared in Germany in 1933, its ideas, concepts and methods went out into the world in the minds of its students and thus became one of the largest German cultural exports ever.

Chair of Electron Devices
FAU Erlangen-Nürnberg

Cauerstr. 6
91058 Erlangen
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