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carried out by the group focuses on the discovery and control of new memory effects in nanoscale materials, including ferromagnetic, spintronic, and ferroelectric systems, as well as on the implementation
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with expertise that spans essential aspects of nanotechnology, including physicochemical characterization, biofunctionalization, colloidal stabilization in physiological environments, and controlled
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colloidal routes, enabling precise control over size, morphology, composition, and structural complexity. This role offers an unparalleled opportunity to lead the computational core of a cutting-edge
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. Neus G. Bastús, focuses on the rational design and synthesis of advanced inorganic nanomaterials through wet-chemistry colloidal routes, enabling precise control over size, morphology, composition, and
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clinical diagnostics and environmental control. The Job is framed within a recent Horizon Europe granted project 101093166 entitled A Multiplexed Plasmo-Photonic Biosensing Platform For Rapid And
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Materials Group (NANOUP) is focused on controlling the supramolecular assembly of molecules, biomolecules and nanoscale building blocks at the nanometer scale for the design of novel functional architectures
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and responsibilities: Testing of the microscope's components to assure full functionality. Installation of the system. Adapting the control electronics and software for optimizing user-friendly
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evaluation and development of novel PEC systems. · Design and implement in-situ TEM experiments using the available gas and liquid sample holders to study dynamic processes in real-time, under controlled
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characterization of advanced materials with unique properties for innovative engineering applications. We develop materials with precisely controlled nanoscale microstructures, enabling enhanced mechanical, magnetic
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and perform precision measurements in variable temperature cryostats, probing altermagnetic states and their control with electric fields. Work within a dynamic team to troubleshoot experimental