ASustainable energy conversion: from emerging materials to devices (Materials for Energy, Sustainability and Extreme Conditions)

BSynergies and challenges for materials in extreme environments (Materials for Energy, Sustainability and Extreme Conditions)

CExploring emerging photo and electrochemical systems for CO2 conversion to fuels and chemicals (II) (Materials for Energy, Sustainability and Extreme Conditions)

DFrontiers in carbon science and technology II (Materials for Energy, Sustainability and Extreme Conditions)

EMaterials discovery, modeling, and characterization for sustainable energy applications (Characterization, Simulation and Artificial Intelligence)

FAdvanced interoperability in atomistic simulations of materials (Characterization, Simulation and Artificial Intelligence)

GArtificial Intelligence to accelerate the development of new advanced materials for energy (Characterization, Simulation and Artificial Intelligence)

HReliable characterisation of functional nanomaterials and of materials for energy storage or conversion (Characterization, Simulation and Artificial Intelligence)

IFrontiers of imaging and spectroscopy in transmission electron microscopy (Characterization, Simulation and Artificial Intelligence)

JUnconventional materials and flexible electronics for sustainable technologies (Thin Film, Flexible and Composite Materials and their Formation Techniques)

K3D and additive manufacturing of organic materials and nanocomposites for advanced applications (Thin Film, Flexible and Composite Materials and their Formation Techniques)

LProgress in understanding fundamental, functional material and health aspects of melanins, polydopamine and related polyindole quinone materials (Thin Film, Flexible and Composite Materials and their Formation Techniques)

MNext-generation thin films: innovations in PVD and CVD techniques (Thin Film, Flexible and Composite Materials and their Formation Techniques)

NSynthesis and characterization of functional nanocomposite materials (Thin Film, Flexible and Composite Materials and their Formation Techniques)

OTopological textures in antiferroic and ferroic materials (Electronic, Photonic, Nano, Low-dimensional and Quantum Materials)

P2D materials for magnetism and spintronics: from fundamentals to integrated technology (Electronic, Photonic, Nano, Low-dimensional and Quantum Materials)

QGroup-IV semiconductor materials for nanoelectronics and cryogenic electronics (Electronic, Photonic, Nano, Low-dimensional and Quantum Materials)

RUltra-doped semiconductors made by non-equilibrium processing for electronic,photonic and spintronic applications IV (Electronic, Photonic, Nano, Low-dimensional and Quantum Materials)

SNanomaterials of the future: advancements in energy and sensing (Electronic, Photonic, Nano, Low-dimensional and Quantum Materials)

TSmart materials for nanoelectronics - nanophotonics & European Doctorate Network: PCAM (Physics and Chemistry of Advanced Materials) Summer School 2025 (Electronic, Photonic, Nano, Low-dimensional and Quantum Materials)

UMetal oxide nanomaterials for advanced optoelectronics and environmental applications (Electronic, Photonic, Nano, Low-dimensional and Quantum Materials)

VIntegration of advanced materials on silicon: from classical to neuromorphic and quantum applications (Electronic, Photonic, Nano, Low-dimensional and Quantum Materials)

WDefect-induced effects in low-dimensional and novel materials (Electronic, Photonic, Nano, Low-dimensional and Quantum Materials)