The Adlershof Technology Park
The Adlershof Technology Park belongs to the top 15 science parks worldwide. It is the most important science and business location in the capital region Berlin-Brandenburg and comprises renowned non-university research institutes, six institutes of the Humboldt University; 1,270 companies and organisations and about 28,000 employees with a turnover of more than 3.6 billion Euros. Modern innovation centres focus on five sectors of technologies: Photonics/Optics, Microsystems/Materials, IT/Media, Biotechnology/Environment and Renewable Energy/Photovoltaics.
Our Technology Fields
Our competencies cover the whole electromagnetic spectrum – from hard x-rays to radio waves.
Our key areas are thin-film photovoltaics, advanced development of fuel cells, hydrogen production, grid integration and energy storage technology.
We are one of the leading sites for biotechnology, pharma, analytics, environmental technology and life sciences in Berlin and Brandenburg.
In WISTA’s IT Centres standards are set in ambient intelligence, multimedia, traffic and logistics, security, health technology, and digital industry (Industry 4.0).
Our supply chain covers semiconductor technology, MEMS, packaging, also calibration and system integration.
Fundamental research facilitates novel insights into nuclear and molecular processes in chemistry, physics, materials research, and life sciences.
Science and Research Adlershof
The Humboldt University’s mathematics and science campus at Adlershof hosts the Institutes for Chemistry, Geography, Computer Science, Mathematics, Physics, and Psychology. Together with the internationally renowned non-university research organisations they form the unique Science Campus Adlershof, which accommodates over 10,000 scientists, research associates, and students.
Adlershof's key research areas: light, materials and models
- Optical sciences and microsystem technology: light matter interaction // laser research and technology // synchrotron radiation // UV and x-ray technology // optical technology in transport and aerospace // microelectronics and optics // photonics and optoelectronics
- Material science: materials for optics, photovoltaics, magnetic storage // molecular materials // nanomaterials // semiconductors and semiconductor materials // crystal growth // chemical analytics and catalysis
- Mathematics, computer science and applications: applied analysis // analytical and geometric structures // software technology, simulation // virtual reality, brain-computer interfaces // financial mathematics
