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at the nanoscale. A key objective is the development of ultra-sensitive nanocalorimetric techniques, including microsecond pulsed heating, to measure heat capacity down to the monolayer limit. Beyond transport
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). The objective of the project is to extend the range of operando experiments with scanning tunnelling microscopes (STM) to multiphase environments, namely solid/liquid interfaces. To answer a wide range of
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. Jordi Arbiol and Dr. Alba Garzón Manjón. The objective is to enable correlative in-situ (S)TEM experiments for addressing some of the scientific challenges of the European Green Deal plan, to promote a
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of hybrid memory concepts such as light-controlled multiferroics and voltage-driven magnetic memristors. A central objective is to enhance energy efficiency during write and read operations, while moving
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, optical, and anti-corrosion performance. Our investigations span nanoparticles, nanowires, lithographically patterned micro- and nano-objects, mesoporous and nanoporous structures, electrodeposited thin
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biofunctionalization, microfluidics for automatic fluid delivery and complete lab-on-a-chip integration for point-of-care devices. One of the Group's main objectives is to apply the nanobiosensor devices in real