Research Institutions - Lasertechnik

Hahn-Meitner-Platz 1
14109 Berlin
+49 (0)30 / 8062-12945

Synchrotronstrahltechnik, non-university research, research and development, scientific facilities

Business focus
The Helmholtz-Zentrum Berlin operates two scientific large scale facilities for investigating the structure and function of matter: the research reactor BER II for experiments with neutrons and the synchrotron radiation source BESSY II, producing an ultra bright photon beam ranging from Terahertz to hard X-rays.

Accelerator development and operation, development of photon and neutron optics Research: Magnetic Materials, Functional Materials, Materials for Solar Energy Technology Research Methods: High-resolution photoelectron spectroscopy (PES), Infrared and terahertz spectroscopy, Photoemission Electron Microscopy (PEEM), Soft X-ray Emission Spectroscopy (SXA, SXE, RIXS), X-ray Absorption Spectroscopy (XAS, NEXAFS, EXAFS), X-ray microscopy.

Technology Fields
Photonics and Optical Technologies

Rudower Chaussee 29/31
12489 Berlin
+49 (0)30 / 6392 6503

Non-profit private industrial research institute, realisation of projects in the field of fundamental and applied research especially in Photonics, X-ray physics and X-ray technology. Main competence: X-ray analytics for technological process control; Photonic crystal fibres for laser applications. Organisation of workshops, conferences and exhibitions in these fields also for further education. Since 2001 every two years the conference PRORA “X-ray analytics for technological process control" will be organised by IAP including an industrial exhibition of leading manufacturers of instruments for scientific and industrial applications, participants mainly from Germany and other European countries.


Hochschulring 1
15745 Wildau
+49 (0)3375 / 508-0

Technical University Wildau – A Competent Partner for Commercial Businesses and Scientific Institutions

The opening of the Technical University Wildau in 1991 has resulted in academic teaching as well as scientific research and development becoming firmly established and highly esteemed in the region to the south-east of Berlin. Not only businesses and scientific institutions, but also public administrative bodies all profit directly from this development by being able to recruit Wildau graduates directly as young specialists and managers. They also benefit from R&D cooperation and projects, networks for knowledge and technology transfer in addition to further-training programmes which can be tailor-made for companies and a wide range of institutions.

Documented quality control and direct practical relevance are the outstanding hallmarks of 28 degree courses on offer, ranging from engineering, business and administration to legal studies, available both on campus and via distance learning. With more than 4,200 students Wildau is the biggest university in the regional state of Brandenburg. Changing from diploma to bachelor and master programmes has considerably strengthened the academic character of the Technical University Wildau.

Photonic, Laser and Plasma Technologies

Professor Sigurd Schrader’s working group is active in the areas of photonics, optical technologies, laser and plasma technologies, both in teaching and applied research. This group is involved in the following fields:

  • Material syntheses and experiments
  • Producing optoelectronic elements and components
  • Characterizing optoelectronic elements and components
  • Process characterization and optimization

This research group cooperates closely with industrial partners, mainly small and medium-sized companies situated in the Berlin-Brandenburg capital region. Additionally, as a participant in national and international networks it has considerable contact with research institutions and universities. There is also direct cooperation on a contractual basis with the IHP Leibniz Institute for Innovative Microelectronics Ltd in Frankfurt an der Oder, which had led to their joint research and training centre (Joint Lab). The main focus of this activity is to develop concepts for innovative silicon based elements and technologies for high-speed electronics and photonics. Among Joint Lab’s activities are experiments aimed at generating graphic layers in order to attain higher limit frequencies up to the terahertz level. This may lead to new applications in sensorics and medical technology.

Microsystems Technology

Microsystems Technology is represented in the teaching and applied research carried out by Professor Andreas Foitzik. Hardware content is predominant in this field and the focus is on biological microsystems technology for life-science products and applications. A dust-free room (for structures as small as a nanometre) and a plastics laboratory (for the quick implementation of prototypes) are available. The wide range of research areas includes:

  • Elements for biochips and biosensors
  • Reactors in macro and micro fields (including microfluidics)
  • Processing surface structures
  • Constructing and joining technology (joining smaller elements to a larger system)
  • Integrating circuits (signal connection between the micro and macro world)
  • Measuring and regulating the overall system
  • Microstructuring
  • Micro injection moulding of small plastic elements
  • Cutting plastic or metal micro elements
  • Mechanical and optical material examination

The group’s expertise and infrastructure are available for applications beyond biological microsystems technology.