Control room of a high-power laser lab at the Institute of Optics and Quantum Electronics, 2016.
Image: Jan-Peter Kasper/FSU
Image: Jan-Peter Kasper/FSU
Call for doctoral researchers (PhDs)
The CRC 1375 was installed starting from July 1, 2019 and will run for four years during the first funding period. Unsolicited applications are welcome at any time.
NOA is composed of 13 projects. In your application, please make sure to state clearly your preferred research field, project and/or your preferred supervisor. Currently, the CRC 1375 NOA is still offering doctoral researcher (PhD) positions, all starting as soon as possible:
The position will be filled by a physicist or engineer (informatics or electrotechniques, f/m) with a Master degree with the goal of obtaining a doctoral degree. The duties will include: modeling the strong-field response of crystalline dielectrics based on the Semiconductor-Maxwell-Bloch-Equations, modifying them to account for nanostructures with finite extend, performing electromagnetic simulations to investigate the propagation of higher harmonics of electromagnetic radiation. This doctoral researcher will be supervised by Prof. Ulf Peschel.
The first position for the tasks of the project is located at the Humboldt University Berlin. The doctoral researcher's duties will include the development and implementation of the extensions of the continuum FDA model regarding Landau damping (complex frequency dependent β-factor), tunneling (Bohm potential), and finite confining potential as well as the development and implementation of the hybrid FDA model consisting of a particle-based description near surfaces coupled to the continuum FDA in the bulk. Furthermore, through regular visits to Jena, the doctoral researcher will provide interpretative as well as predictive support for the experimental partners within the CRC NOA. This doctoral researcher will be supervised by Prof. Kurt Busch.
The second position will be filled by a physicist or engineer (informatics or electrotechniques, f/m) with a Master degree with the goal of obtaining a doctoral degree. The duties will include: modeling the optical response of metallic nanostructures, implementation of quantum models for metals. This doctoral researcher will be supervised by Prof. Ulf Peschel.
The position is designed for the tasks of NOA project A4 at the Otto Schott Institute of Materials Research. The doctoral researcher will be involved in the development, testing and applications of numerical methods. This requires considerable programming experience using Fortran and Python languages. Interaction with groups performing experiments will require knowledge of theoretical foundations of the relevant experimental methods. We are looking for an young researcher with a degree in Chemistry, Physics, Materials Science or related subject. The candidate should present her/himself as a very independent, motivated and creative researcher with excelling theoretical/computational skills. This doctoral researcher will be supervised by Prof. Marek Sierka.
The position will be filled by a physicist or electrical engineer (f/m) with a Master degree with the goal of obtaining a doctoral degree. The duties will include: optical measurement of light-induced currents in nanosheets; transient absorption and HHG in nanosheets; participation in joint campaigns at LMU. This doctoral researcher will be supervised by Jun-Prof. Adrian N. Pfeiffer.
The position will be filled by a physicist or physical chemist with a Master degree with the goal of obtaining a doctoral degree. He/she will focus on developing an understanding of the propagation of light in atomically thin films, in both, the perturbative and non-perturbative regime. He/she will enhance existing experiments for the analysis of the nonlinear response in the perturbative regime, such as SHG- and THG-microscopy stages, a femtosecond-PEEM; nonlinear spectrometers and spatiotemporal pulse formation and pulse analysis systems. He/she will be jointly supervised by both Prof. Andreas Tünnermann and Dr. Adriana Szeghalmi. For further information, please contact Dr. Falk Eilenberger.
The position will be filled by a physicist, working on the optical characterization of the nonlinear effects with femtosecond-based measurement techniques. This includes the development of special sample preparation techniques as well as the design and realization of the setups for the optical characterization. Spectroscopic pump-probe experiments have to be performed and the results have to be analysed with respect to the expected behaviour based on the different nanostructures and theoretical predictions. The measurement results will have direct impact on the structures to be prepared and analysed. This doctoral student will be directly supervised by Prof. Stefan Nolte.
The position will require knowledge on a broad spectrum of research methods, including analytical and numerical modeling of nanophotonic systems and tip-sample interactions, nanotechnologies, developing and running tip-scanning microscopy setups, as well as data analysis.This doctoral researcher will be supervised by Prof. Thomas Pertsch.
The position will be filled by a physicist or engineer (f/m) with a Master degree with the goal of obtaining a doctoral degree. The duties will include experimental characterization of the hybrid nanosystems by ultrafast time-resolved photoemission electron microscopy (PEEM) and numerical/theoretical investigation of the nonlinear spatio-temporal dynamics of hybrid semiconductor nanowire systems. This doctoral researcher will be supervised by Prof. Thomas Pertsch.
Image: Anne Günther/FSU
We are looking for the most excellent Diploma or M.Sc. graduates in physics, photonics, or a related subject with a strong topical background related to physics and photonics. The doctoral works will be performed in exceptional and highly internationalized research groups at the main NOA location in Jena as well at the partnering Universities in Berlin and Munich. Each doctoral topic will offer outstanding opportunities for developing as a young-career researcher. All candidates will be thoroughly introduced to the individual topic and excellently supervised according to the highest standards of the German Research Foundation (DFG).
Remuneration is offered in accordance with the Collective Agreement for the Public Sector of the Federal States (TV-L) depending on the personal qualifications up to salary scale 13 and in the range of 50-75 % with respect to full time.
The Friedrich Schiller University Jena seeks to increase the number of female scientists and therefore strongly encourages qualified women to apply. The University is committed to providing a family-friendly workplace and is equipped with special means within NOA. In case of equal qualification, handicapped individuals will be given preference.
Applications can be done using the doctoral (PhD) positions branch within the Abbe School of Photonics' Online Application System, choosing "DFG SFB 1375 NOA" in the dropdown menu in the last step. During the application, the following documents and proofs will be requested for upload:
Master of Science (M.Sc.), Master of Engineering (M.Eng.), or Diploma degree with significant exposure to physics, photonics, engineering or a related subject. If you have not yet finished your Master's degree, you may apply likewise with a preliminary Transcript of Records (ToR) including the marks of all completed courses thus far.
Transcripts of Records (ToRs) displaying the explicit marks of all completed courses within your Bachelor and Master studies. If available, a description with the explicit content of the courses will support your application.
A comprehensive curriculum vitae (CV). Please list all stages of your education in chronological order. The CV must contain a clear statement about your current status and/or occupation including information on current employments, unemployment, or parental leave. Any prizes, scholarship, extraordinary social, cultural or sportive activities may also be part of your CV.
A letter of motivation (1 to 2 pages in length and to be typed). It should describe your personal background, interests and reasons for applying to NOA. In there, please include a clear statement on your preference(s) concerning research fields, projects and/or your preferred supervisor(s) within NOA. Please review NOA's research projects and the respective supervisors here.
A copy of your passport.
One or two letters of recommendation from academic referees (optional but recommended). A template is available for download [pdf 970KB]; however, is not mandatory to be used by the referees. Please make sure that each letter of recommendation is signed. If one or both referees rather prefer personalized, free-style recommendation letters, they should ideally contain a date and an official headline/stamp from the higher education institution the referee is affiliated with.
A proof of English proficiency by
TOEFL, or an equivalent English test (minimum points/grades): TOEFL PBT (550), TOEFL CBT (215), TOEFL IBT (85), IELTS (6.5), or
Cambridge English Proficiency (CPE) exam or Cambridge English Advanced (CAE) exam, or
German "Abitur" with comprehensive coverage of the English language.
Language exemptions: The following students are exempted from providing the proof of English proficiency: nationals from the USA, U.K., Ireland, Australia, New Zealand or Canada; or B.Sc. or M.Sc. graduates who obtained their major academic qualification in one of these countries
Speculative application of motivated students and researchers with a background in research areas of NOA are welcome. We also offer incoming fellowships for short-term stays of Bachelor, Master and PhD students. For further information, please contact firstname.lastname@example.org.
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