Dr. Thomas Frank " How to have a Career in ZEISS" ZEISS is a leading supplier of both metrology and manufacturing equipment for the global Semiconductor Industry. With focus on a key component in the semiconductor manufacturing process, the photomask, ZEISS enables their customers to produce optimal photomasks achieving highest yields. Working in Industry is a different approach to everyday career. We proudly present: Dr.-Ing. Thomas Frank ZEISS Expert Ladder – Lead System Engineer – AIMS DUV. He will talk about his career path after University and the way science works in Industry.

Kai Pachner - Patent Attorney - Challenging Profession for Life

Dr. Fadi Younis "My way from academia to industry https://www.jenabioscience.com/ Dr. Fadi Younis <fadi.younis@jenabioscience.com>

Dienst Talk with Dr. Michael Stelter, Fraunhofer . Applied Siences - Challenging Research with Fraunhofer https://www.ikts.fraunhofer.de/en.html

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Tobias Vogl, University of Jena The search for physics beyond the standard model with atomically thin materials.

Mathias Kübel, University of Jena Experiences with an Emmy Noether Projekt - "Imaging electronic structure changes using photoelectrons"

Mauro Falconieri Physical Technologies for Safety and Health Division Fusion and Nuclear Safety Department ENEA–C. R. Casaccia, Rome (Italy) In this talk the basic principles of spontaneous Raman spectroscopy will be first briefly recalled and then the comparison with coherent techniques will be discussed. Among the latters the focus will be on Coherent Anti-Stokes Raman Scattering (CARS) and Stimulated Raman Scattering, which will be introduced in a simplified manner using a classical plane-wave approach, with reference to the e.m. field- matter interaction. The implementation of these techniques in experimental setups exploiting a single femtosecond oscillator will be shown, with reference to the Author current work.

Peter Hommelhoff , Universit of Erlangen, Laserphysics "Strongfield physics at graphene and graphene-based interfaces"

Jana Zaumseil University of Heidelberg, Applied physical Chemistry

• Jana Zaumseil

SWNT-Polaritonen und Einzelphotonenemitter

Stefan Maier, LMU München, Hybrid Nanoystems Stefan Maier Chair in Hybrid Nanosystems Lehrstuhl für Hybride Nanosysteme Nanoinstitut München Fakultät für Physik, LMU München Königinstrasse 10 80539 München, DE Sekretariat +49 (0)89 2180 83901 http://www.hybridplasmonics.org

Close out PhD Speakers Daniel Repp and Francesco Vitale