Master thesis and working student: Development of ultrafast mid-infrared lasers
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11.02.2020 - 12:19
Our research activities focus on fundamental laser research for civil uses with a special emphasis on spectroscopic applications. Our field of research ranges from the development of disk laser oscillators, dual-comb spectroscopy and XUV frequency combs to the investigation of non-linear effects in solids and the extension of laser technology in the infrared range [1-3].
The main topic of this master project is the generation of ultra-broadband infrared (THz) time transients and realization of sensitive infrared detection methods. Infrared generation will be produced by means of nonlinear optical effects with the help of a home-built, state of the art few-cycle Cr:ZnS oscillator. This newly developed laser systems and spectroscopic methods offer a broad potential for applications in next-generation non-linear microscopy and nanoscopy, as well as in medical diagnostics, particularly, in breath analysis.
This topic offers an excellent chance to contribute to the state-of-the-art ultrashort-pulse laser technology and related applications in close cooperation with our international research team.
 J. Zhang et al. und O. Pronin, „Multi-mW, few-cycle mid-infrared continuum spanning from 500 to 2250 cm−1“, Light: Science & Applications 7, 17180, 2018.
 K. Fritsch et al. and O. Pronin, “High-power dual-comb thin-disk oscillator”, Talk CA-5.2, CLEO Europe conference, 2019
If you have any technical questions, contact Prof. Dr. Pronin, email@example.com or
Johann Meyer, firstname.lastname@example.org.
This position is open to persons of all genders. We explicitly welcome applications from
women. Women will be given preferential consideration, if applicants are equal in aptitude,
qualification and professional achievement in areas in which women are underrepresented,
unless reasons concerning the personality qualifications of a fellow applicant takes
We explicitly welcome applications from handicapped people. Severely handicapped people
and people of comparable status will be given preferential consideration, if applicants are
equal in aptitude. They are only required to have a minimum of physical aptitude. Individual
handicap-related limitations will only preclude preferential consideration, if the profile of the
post in question absolutely requires certain capabilities.
Areas of responsibility:
• developing new methods of infrared generation and detection
• application of the developed technology in novel non-linear ultrashort-pulse
spectroscopy, microscopy and nanoscopy
• Bachelor degree in physics or photonics
• good grades
• good language skills in English
• Master studies with a focus on laser physics or photonics
• candidate must be highly motivated and have the excellent ability to perform as a
team member, while displaying creative problem solving capability
• capacity for independent work, commitment and flexibility
• inexpensive food options at the university canteen (three times per day)
• a multi-faceted, diverse and demanding position in an application-oriented
• advanced individual training possibilities
• workplace at a green campus university in the eastern part of Hamburg with flexible
working hours and free sports programme within the occupational health scheme
• possibility of using the Bundeswehr-owned car sharing
Firmen- und Kontaktdaten
Herr Johann Meyer
+49 40 65413843
Art der Beschäftigung
|Zeitraum der Beschäftigung|| |
One year (duration of master thesis)