HITA Programme

13.05.2013 - 16.05.2013, Supported by Hungarian Investment and Trade Agency

Topic: Dispersion Measurement

We developed of a linear carrier-envelope phase shift measurement system for telecom and scientific laser pulse diagnostics, which is wavelength and bandwidth independent, does not require any nonlinear conversion. Testing of feedback and stabilization of a femtosecond oscillator was also performed.

GOP-1.3.1-11/C-2012

13.08.2012 - 30.08.2013, Supported by EU & ERFA

Topic: CEP Measurement System

We increased the detection speed of carrier-envelope phase (CEP) shift measurement system with high frequency line cameras, since faster CEP detection provides a much improved stabilization of femtosecond laser oscillators. Image processing and evaluation algorithm has benn accelerated as well.

Official press release

Baross Gabor Programme

01.04.2009 - 31.05.2010, Supported by EU & DARFU

Topic: Dispersion Measurement

We developed of a linear carrier-envelope phase shift measurement system for telecom and scientific laser pulse diagnostics, which is wavelength and bandwidth independent, does not require any nonlinear conversion. Testing of feedback and stabilization of a femtosecond oscillator was also performed.

GINOP-2.1.7-15/2016-00156

We developed a scanning group delay dispersion measurement system for the visible and near infrared for the diagnostics of ultrafast laser optics, which is capable of measuring the GDD of large (up to 30 cm) diameter mirrors, and is capable of measuring at different points of the reflecting surface. It is a patent pending, standalone device with its own light source and detection devices, with and independent command and control software. - Supported by EU & Hungarian Government

Take a look at the developed system

Type C Board