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Laboratory work is an essential part of our research. Some of our more important labs are:
Great Hall of Acoustics
The "great hall" really designates a laboratory area giving access to several special rooms. These are primarily intended for measurements of sound power, sound transmission through walls, floors, and windows, as well as measurements of the sound absorbing characteristics of different materials. A large area is also available for general experimentation where typically parts of ventilation systems and other flow machinery might be studied for noise generation. A carpenters workshop is situated in this area.
In modern communication and/or radar systems there are a lot of components that have to be characterized and measured. The Network Analyzer Laboratory (ANA-lab) is very important for doing so.
In the antenna laboratory there is an anechoic chamber of dimensions (10x6x4m) for the 1-20 GHz frequency range.
Labs in biomedical optics
Biomedical optics is a research area with a high laboratory activity. Clinical research is usually carried out in cooperation with relevant research groups at St. Olavs hospital, often in labs at the hospital. But a considerable part of the experimental activitiy is still performed at optics labs at the institute. The biomedical optics group has four laboratories with equipment for absorption and reflection spectroscopy in the 190 – 1700 nm wavelength range (UV, VIS and NIR), and hyperspectral imaging in the 400 – 1000 nm wavelength range. The laboratories are also equipped with several high power lasers, i.e. a CO2 laser, an argon laser, an argon pumped dye laser, and a continous Nd:YAG laser.
In the interferometry lab we use the phenomena interference to measure small vibrations. It is of great importance to characterize micro- and nanostructures since many uncontrolled errors may occur during fabrication. We use a 532 nm laser, that is green light.
This laboratory is used for Fiber Optics research. The name originates from a time of research in Fiber Optic Telecommunication. Today, the focus is mainly Fiber Optic Sensors.
Kretslab 2 (Circuit Characterization Lab 2)
Circuit Characterization Lab 2 contains advanced instruments for measuring nanoscale CMOS circuits and other analog components. The core of the lab is a Cascade probe station for on-wafer measurements of integrated circuits. This probe station is optimized for extreme low current values (down to a few femto-amperes) and is equipped with a thermal controller such that the circuits can be tested in the temperature range -55 – 200°C. Available instruments in the lab include a Keithly SCS 4200 for DC measurements, Agilent 4284A for CV measurements, Agilent 35670A Dynamic signal analyzer and a Rohde & Schwarz network analyzer.
Molecular Beam Epitaxy is used to manufacture semiconductor materials atom layer by atom layer. The lab is mostly used to manufacture III-V semiconductors for use in lasers, but we have also started manufacturing materials for solar cell applications.
Nano Optics lab
This laboratory is used for thin film growth of functional materials, i.e. materials with properties suitable for applications in electronics, optics, electro-mechanics etc.. Currently, the work is focused on materials for studies of ferroelectricity in reduced dimensions and materials for electro-optical devices. The laboratory also contains an X-ray diffractometer for structural and surface/interface characterization of thin films.
On the roof top of our department there is an outdoor antenna measurement range.
XPS (X-ray PhotoSpectroscopy)