Klaus Kern
A dirigé les thèses EPFL de
Vittorio Marsico, Hansjörg Schief, René Becker, Karsten Bromann, Ornella Cavalleri, Lorenz Nedelmann, Nicolas Waelchli, Andreas Hirstein, Alexander Menck, Martial Blanc, Björn Fischer, Lukas Bernhard Bürgi, Oliver Leifeld, Maximilian Epple, Marcella Giovannini, Hannes Kind, Pietro Gambardella, Jens Weckesser, Samuel Sarbach, Dietrich Peterka, Nikolaus Knorr, Vojislav Krstic, Paolo Messina, Christian Klinke, Dominik Hoffmann, Alexandre Dmitriev, Xiaochun Wu, Alpan Bek, Carlos Manzano, Olaf Kirfel, Ulrich Schlecht, Erik Delvigne, Tae-Yon Lee, Kannan Balasubramanian, Michael Vogelgesang, Sebastian Stepanow, Diego Repetto, Thomas Roland Classen, Manxi Zhu, Sinan Balci, Dietmar Payer, Rubén Esteban Llorente, Tilman Assmus, Magalí Lingenfelder, Stephan Rauschenbach, Ralf Thomas Weitz, Eduardo Jian Hua Lee, Alexander Langner, Holger Jens Böttcher, Violetta Sessi, Jens Dorfmüller, Tzu-Chun Tseng, Alexander Kabakchiev, Ravi Shankar Sundaram, Maximilian Assig, Adarsh Singh Sagar, Daniel Dominik Kälblein, Theresa Lutz, Frederik Sebastian Ante, Isabella Gierz, Nicha Thontasen, Liza Herrera Diez, Vivek Pachauri, Nasiba Abdurakhmanova, Thomas Dufaux, Alberto Crepaldi, Christopher Seiji Kley, Eberhard Ulrich Stützel, Moritz Esslinger, Gordon Rinke, Eva Carmen Peters, Seth Cullen White, Seyedmostafa Enayat, Pascal Gehring, Matthias Alexander Eltschka, Carola Strasser, Christoph Grosse, Berthold Jäck, Benjamin Wurster, Ivan Pentegov, Verena Katharina Schendel, Christian Dette, Daniel Pablo Rosenblatt, Reinhold Rödel, Alexander Ronald Hoyer, Claudius Morchutt, Roberto Urcuyo Solorzano, Kristina Vaklinova, Sabine Abb, Sebastian Koslowski, Daniel Eduardo Hurtado Salinas, Soudabeh Sheikholharam Mashhadi, Diana Hötger, Jacob Senkpiel, Anna Maria Roslawska, Shai Mangel, Alessio Scavuzzo, Patrick Eduard Alexa, Katharina Polyudov, Haonan Huang, Sven Alexander Szilagyi, Hannah Julia Ochner, Abhishek Grewal, Jz -Yuan Juo, Dinesh Pinto, Lukas Powalla
Bart Willem Stel, Tobias Wollandt
Cours
Advanced experimental methods in condensed matter and nanophysics
The objective of the course is to expose PhD students to experimental measurement techniques and principles applied in front end research of condensed matter and nanophysics. Besides providing a solid background, it will focus on the crucial details which will make cutting edge experiments work.