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Quantifying the nanoscale “hot-spot” effect in aqueous suspensions of iron oxide photothermal nanoagents with photoacoustic spectroscopy – Hotspot
External stimulation of nanoparticles to deposit heat in biological tissues and induce a therapeutic effect can lead to macroscopic heating and/or the generation of nanoscale “hot spots”. Although there is an emerging interest in the “hot spot” effect, the nanometric scale makes it more difficult to
Resource allocation for RSMA communications impaired by power amplifier distortions – RARIPA
The project focuses on the challenges of modern and future wireless networks, such as 5G and 6G technologies, in the face of increasing user numbers and resource management requirements. Traditional multiple access techniques, such as Orthogonal Frequency-Division Multiple Access (OFDMA), are showin
Is public action in favour of agroecology fragmented? Institutionalization and territorialization of agroecology in Madagascar – TAEM
In response to the limitations of conventional agricultural development models based on the principles of the Green Revolution, agroecology, as an alternative production system integrating environmental, social, economic and public health issues, has gained prominence in scientific, agricultural and
Numerical modeling of DNA Electroporation VaccINation – DEVIN
Pulsed electric fields of short duration and high intensities are known to generate conducting structures in both cell and artificial lipid membranes. This phenomenon is referred to electroporation (EP). It has been shown in the 80’s that DNA plasmids can be transferred to cells by mean of EP. Follo
Beyond shape and energy - Define novel roles of mitochondria in cell migration – MitoMove
Mitochondria are multifunctional organelles central to cellular energy metabolism, calcium homeostasis, and redox balance. Beyond these classical roles, mitochondria are emerging as key regulators of cell motility, a fundamental process crucial for morphogenesis, immune response, and wound healing.
Optimized impedance mismatch through an inverse algorithm applied to a metasurface for subsurface imaging applications – METINVERSE
Electromagnetic characterization of the near subsoil suffers from a weak coupling between the antennas and the air-ground interface. Most of the wave radiated by the transmitting antenna is immediately reflected by the interface and therefore provides no information on the heterogeneities of the sub
Non-Equilibrium Redox Dynamics – NERD
This project advances the understanding of (supra)molecular electrochemical processes in non-equilibrium systems through a collaborative effort between an experimental and a theoretical research group. Electrochemical systems, ubiquitous in modern technology, often operate far from thermodynamic equ
DURAMAZ3 - Sustainability and regional socio-ecological transition pathways in the Amazon – DURAMAZ3
The Amazon region is at the crossroads of development and sustainability, possibly heading towards an ecological collapse. Despite significant economic development, public policy interventions and the emergence of place-based sustainability initiatives over the past decades, it has proven difficu
Probabilistic and infinite dimensional control via optimization and kernels – PIVOINE
This project aims to control systems with high model complexity, emerging from physics (PDEs) or from uncertainty quantification (stochastic processes), or both. Motivation: A common denominator to the environmental crisis and the aritificial intelligence (AI) revolution lies in the need for safel
Graphene Quantum Dot Islands for Spin Electronics – G-ISLAND
G-ISLAND is a multidisciplinary project at the interface between chemistry, molecular/0D electronics and spintronics, targeting spin transport in nano-graphenes. Beyond acclaimed MRAM (magnetic memories) circuits, spintronics is foreseen as a strong post-CMOS contender. In this context, G-ISLAND aim
