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materials – including Raman, atomic force microscopy, and scanning electron microscopy, running reactors such as CSTRs to run various processes. and exfoliation of graphite into graphene using solution-based
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are Professor Mika Pettersson and Dr. Andreas Johansson at the Department of Chemistry and Nanoscience Center (JYU). The project deals with the development of a novel nerve-machine interface built from graphene
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instrumentation often located at synchrotron facilities. We have recently developed operando cells which can perform XPS measurements at > 1 bar pressure by using graphene membranes as X-ray and electron
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Offer Description The electronic structure of two-dimensional (2D) materials can be selectively modified by controlling their strain, thereby opening new perspectives in microelectronics. In this context
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, graphene-based structures, intrinsic, or artificially created defects in them, or [hetero]structures derived from them); perform, analyze, and interpret electronic-structure calculations using suitable
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pressure by using graphene membranes as X-ray and electron transparent windows to separate a liquid/gas environment from the vacuum conditions typically needed (see 10.26434/chemrxiv-2025-0cgp0). This role
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instrumentation often located at synchrotron facilities. We have recently developed operando cells which can perform XPS measurements at > 1 bar pressure by using graphene membranes as X-ray and electron
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Thermodynamics of Nanoscale Devices, led by Janine Splettstoesser. The project focuses on terahertz quantum sensing with bilayer graphene quantum dots in resonators and is part of the FLAG-ERA ThinQ collaboration
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sensing with bilayer graphene quantum dots in resonators and is part of the FLAG-ERA ThinQ collaboration with experimental groups in Paris and Aachen. Beyond sensing, there will be opportunities
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printing Design and development of novel (3D/4D) electronic devices and rechargeable batteries by AM process Nanocomposite formulating, including optimization of compounding procedures, particle loading, and