Laser & Optical Measurements

Optical measurement methods have gained a prominent importance for metrology. Optical measurement technology is a rapidly growing area;
A great range of techniques nowadays is based on the interference. Since the wavelength of visible light is quite small, very small changes in the optical path difference produce measurable changes in the intensity of an interference pattern. As a result, optical interferometry permits extremely accurate measurements.
Optical interferometry has been used as a laboratory technique for almost a hundred years, but there are always new developments.
The most important of these new developments was the invention of the laser.
Lasers have removed many of the limitations imposed by conventional light sources and have made possible many new interferometric techniques.

Course leader

Nika Domanova - course coordinator; vvdomanova@etu.ru

Alexander S. Kukaev - program coordinator, PhD, associate professor
Roman A. Larichev, PhD, associate professor of LINS department.

Target group

Students with the knowledge of basics in physics, especially in optics;
People looking for an upgrade in their professional knowledge;
Those interested in understanding the Russian Education system.

Course aim

Students get to gain knowledge of quantum electronics and laser techniques. They get skills of practical work with modern laser techniques and laser measurement equipment, ability of carrying out science research during development of new laser measuring devices and systems.

Credits info

4 EC
72 academic hours, 2 weeks

Fee info

EUR 420: Russian price for comparison: 30 000 RUB

includes training, excursion program, study materials, migration support.

Scholarships

via russia.study