Dr. Guillaume Audoit | CEA Leti | France
Guillaume Audoit graduated from the French national school of chemistry in Montpellier in 2002 with a degree in material chemistry and get is PhD in material science from the University College Cork, Ireland in 2005. He has been working in the field of TEM/STEM analysis and related sample preparation by FIB and conventional method since 2006, starting in the industrial field for 4 years before taking a permanent research position at CEA Leti in 2010. He is currently the head of the sample preparation group at the nano-characterization center at CEA Leti in Grenoble, France. His experience includes FIB developments for preparing TEM and Atom Probe needle sample as well as PlasmaFIB developments for X-ray tomography sample preparation. He is a co-organizer of the European FIB User Group (EFUG) since 2016.
Prof. Philip Moll | Max Plank Institute for the Structure and Dynamics of Matter | Germany
Philip Moll leads the laboratory for quantum materials in the Institute of Materials (IMX) at the Ecole polytechnique fédérale de Lausanne (EPFL). His main research interest evolves around how the microscopic shape of single crystals of correlated and topological materials influences their quantum transport and magnetization. Focused Ion Beam machining of these crystals into three-dimensional microstructures is at the heart of this work. In particular, Philip Moll actively searches for new fields of physics, chemistry and materials science in which microscopic shape control of materials enables new experiments and functionality. For more information, visit https://www.epfl.ch/labs/qmat/.
Dr. Rosa Córdoba | University of Valencia | Spain
Rosa Córdoba is working as Assistant Professor in the Molecular Science Institute (ICMol) at the University of Valencia, Valencia, Spain. Her main research interest is the nanofabrication of advanced nanomaterials in the three dimensions (3D) utilizing charged particle beams, such as ions and electrons. She is an expert in the preparation of 3D superconducting nanostructures using FIBID and their subsequent characterization through magnetotransport, microstructural and mechanical studies. She is scientific co-coordinator of the 2D Materials research line in the Unit of Excellence Maria de Maeztu in the ICMol.
Dr. Petr Bábor | CEITEC, IPE Brno University of Technology | Czech Republic
Petr Bábor is working as a researcher in the Central European Institute of Technology and as a teacher at the Institute of Physical Engineering in Brno University of Technology. His main field of interest and research is materials science at micro- and nanoscale with the focus on analytical methods employing ion- and electron-solid interaction (SIMS, LEIS, FIB, AES, SEM), for instance, he pays attention to the SEM real-time observation of silicon and silica etching by liquefied metal silicide at elevated temperatures. Petr collaborates with the industry in the field of defect analysis of electronic devices, impurity and chemical analysis, design of new analytical devices etc. and is a member of the Czech Vacuum Society committee.
Dr. Gregor Hlawacek | Helmholtz-Zentrum Dresden-Rossendorf e.V. | Germany
Gregor Hlawacek is group leader of the Ion Induced Nanostructures group at the Ion Beam Center of the Helmholtz-Zentrum Dresden-Rossendorf in Germany. In 2007 he received his PhD in materials science from the Montanuniversität Leoben, Austria for his work on the growth of organic semiconductor thin films. Since 2009 he works with Helium Ion Microscopy (HIM) and has published several papers and book chapters on the application and further development of the method. He also edited the first book on Helium Ion Microscopy. His current work is focused on the development of new in-situ characterization and modification techniques and the use of focused ion beam for materials science questions.
Dr. Gerhard Hobler | TU Wien | Austria
Gerhard Hobler is associate professor at the Institute of Solid-State Electronics at TU Wien. His main interest is modeling of ion-beam related processes using Monte Carlo and continuum approaches. He is the main author of the IMplant and Sputter sImuLator IMSIL and of the continuum FIB simulator PyTopSim, see https://www.tuwien.at/en/etit/fke/research/process-simulation. His current focus is on further developing the IMSIL simulator into a dynamic 3D FIB simulator.
Dr. Aleksander Mosberg | SuperSTEM | Great Britain
Aleksander B. Mosberg is a staff scientist at SuperSTEM, the UK national research center for for advanced electron microscopy, responsible for the facility’s triple-beam FIB-SEM-Ar system. Having received his PhD from the Norwegian University of Science and Technology in 2020 working on FIB technique development for functional material systems, he has a strong interest in leveraging and communicating the full capabilities of advanced FIB. His current main focus is on ultimate quality specimen preparation for advanced electron microscopy and 60 kV EELS.
Dr. Joakim Reuteler | ETH Zürich | Switzerland
Joakim Reuteler is working since 2011 as staff scientist at ETH Zürich’s microscopy platform: ScopeM (Scientific Center for Optical and Electron Microscopy). He is responsible for a conventional gallium FIBSEM and a Xenon Plasma-FIBSEM, an ion miller and coaters for sample preparation. After studying physics he graduated in materials science working on image analysis and the relation between microsctructure and materials properties. His expertise in electron microscopy spans from sample preparation to 3d image acquisition. He is regularly training new users, providing service and first level support for users of ScopeM.
Dr. Robert Winkler | Graz University of Technology | Austria
Robert Winkler is researcher at the Institute of Electron Microscopy and Nanoanalysis, Graz University of Technology. His scientific focus is put on functional Nanofabrication using focused particle beam induced processing with particular emphasis on additive, direct-write 3D nano-printing via focused electron beam induced deposition (FEBID). In the course of the Christian Doppler Laboratory for Direct-Write Fabrication of 3D Nano-Probes, he is now working on radically new concepts for multi-functional AFM probes in collaboration with industry.