ACTIVITY REPORT 2014-2019 (WEB RESOLUTION)
RESEARCH ACTIVITIES:
– Semiconductor nanowires growth mechanisms and dynamics
– Quantum transport in semiconductor nanowires
– Subwavelength light control with semiconductor nanowires
– Quantum Hall effect in hybrid Josephson junctions
– Coherent manipulation of electronic heat currents in superconducting hybrid devices
– Thermal transport, thermoelectricity and quantum thermodynamics
– Thermoelectrics and thermo-mechanics of individual nanostructures
– Quantum Thermodynamics from Quantum Thermal Machines to Quantum Batteries
– Topology in hybrid and multi-terminal Josephson junctions
– Strain engineering in two-dimensional materials
– 1-3-11_Hydrogen storage in functionalized graphene
– Scalable high-mobility graphene for photonics and biomedicine
– Synthesis and properties of van der Waals heterostructures
– Light-matter interaction in metamaterials and opto-mechanical systems
– 1-3-15_Near-field nanoscopy
– THz nanophotonic devices with 2D materials and 1D nanostructures
– Quantum engineering of THz quantum cascade lasers and applications to quantum metrology
– Nanotechnologies for the nervous system
– Surface-acoustic-wave biosensors and microfluidics
– In vivo brain physiology molecules and brain disease
– Biosensors for functional imaging of cells and diagnostic applications at the nanoscale
– Multiscale simulations of peptide-bilayer interactions
– Advanced microscopy and single-particle tracking applications to neuroscience
– Plant molecular physiology
– Non-persistent plasmonic nanotherapeutics and 3D cancer models
– 1-3-26_Targeted nanostructures tailored to in vivo delivery
– New paradigms in nanoscale biophysics looking at life (mis)regulation inside cells
– Nanostructuring soft matter for targeted delivery at the cellular and sub-cellular scale
– Complex networks of organic nanowires from coherent light emission to energy harvesting and biophysics
– Quantum Metrology
– Quantum computation protocols and process implementation
– Quantum Communication efficiency thresholds, coding, and environment engineering