Projects - PEPR LUMA

BERNARDO

Bridging the chirality of light between near- and far-fields with nanophotonics

LUMINESS

Light-based understanding of magneto-chiral interactions and chirality-induced spin selectivity

OPERANDO/PROTOTYPAGE

National infrastructure of operando and prototyping platforms

SUNRISE

Surpassing intrinsic shortcomings of excited states to improve the efficiency and spatial resolution of photoinduced processes

SYNFLUX-LUMICALS

Synchronization of photon, charge and molecule flows molecules for optimized conversion of sunlight into fuels and chemicals

TORNADO

Multiscale, multidimensional approach to chiral light-matter interactions for enhanced chiroptical responses

ULTRAFAST

National infrastructure of platforms for ultrafast photoscience and nano-engineering

NIRLICC

Near Infra-Red Light-Induced Chirality and Catalysis

CLAMP

Mutual interplay between magnetic particles and photoactive ligands

PACTE

Plasmon Activated molecular catalysis: application to orthogonal relay catalysis

PROSECO

Processing of semi-conductors with advanced light control

VISIBLE

Revealing Photocatalysis by Electrogenerated Chemiluminescence

HELIOPHORE

Hemiindigoids as visible-light-induced optical switches for photopharmacological regulation

OPTICSKIN

Multi-modality and multi-scale optical characterization and modelling of human skin applied to cancer diagnosis

PHORTUNA

Photothermal nanosystems with regulated optical, tunable photothermal/photodynamic and targeting properties to combat multifaceted bacterial resistance

CHIREXCO

Induced Chirality by Excitonic Coupling on Chiral Surfaces: A Multiscale Computational Approach

FLASH

From laser-excited-states to heterogeneous material dynamics

MANDALA

Machine Learning Powered Non Adiabatic Dynamics in Complex Systems. Multiscale Modeling of Nucleosomal DNA Lesions

SIMULACTOR

Multi-Scale Simulations of Polymeric PhotoActuators

PDT-PDAC

Photodynamic therapy to face the challenge of pancreatic cancer treatment