AMaterials Innovations and Processing, Advanced characterization, Recycling and Modelling for the different battery systems: Exploring New Frontiers for a Sustainable Future (Materials for Energy & Sustainability)

BSolid State Batteries: Materials, Processing and Advanced Characterization (Materials for Energy & Sustainability)

CSolid State Ionics: Defects Bridging Materials for Energy and Information Technologies (Materials for Energy & Sustainability)

DMaterials for Clean and Efficient Cooling — Barocaloric, Elastocaloric, Electrocaloric, Magnetocaloric Effects (Materials for Energy & Sustainability)

EFrontiers in Materials for Advanced Nuclear Fission and Fusion Energy (Materials for Energy & Sustainability)

FNovel Materials and Devices for Photon and Ionizing Radiation Detection – II (Materials for Energy & Sustainability)

GPhotocatalytic materials for environmental remediation and sustainable technologies (Materials for Energy & Sustainability)

HPhotocatalytic and Photoelectrochemical Generation of Solar Fuels and Value-Added Chemicals (Materials for Energy & Sustainability)

IHigh Profile Forum on Sustainable Materials (Materials for Energy & Sustainability)

JDefect-induced Effects and Defect Engineering in Functional Materials (Materials for Electronics & Photonics)

KAdvanced Doping Strategies, Defect States and Electronic Structure of Functional Oxides - 27 (Materials for Electronics & Photonics)

LAdvanced Doping and Alloying in Semiconductors: from Materials to Devices (Materials for Electronics & Photonics)

MCarrier Transport, Photonics and Sensing in Group IV-Based and Other Semiconductors (Materials for Electronics & Photonics)

NSemiconductor Nanostructures towards Opto-Electronic and Photonic Device Applications (Materials for Electronics & Photonics)

OMetal Halide Perovskites for Opto-Electronic Applications (Materials for Electronics & Photonics)

POrganic Light-Emitting Materials and Devices for Optoelectronic Applications (Materials for Electronics & Photonics)

QNano Engineered Materials and Thin Films: Syntheses, Structure–Properties & Applications (Materials for Electronics & Photonics)

REmerging Materials for Integrated Photonics and Optoelectronics: From Integration to Devices (Materials for Electronics & Photonics)

SWhen Light Shapes Matter: Lasers in Materials Science and Photonics (Materials for Electronics & Photonics)

TSustainable Macromolecular Engineering: Polymer Synthesis, Engineering and Environmental Interactions (Biomaterials & Biointerfaces)

UHigh-Performance and Intelligent Polymers for Electronics, Energy and Extreme Environments (Biomaterials & Biointerfaces)

VElectrospun Fiber-Based Materials and Composites: From Fundamentals to Applications (Biomaterials & Biointerfaces)

WSustainable Functional Materials for Emerging Electronics and Robotics (Biomaterials & Biointerfaces)

XFlexible and Printed Electronics for Healthcare, Sensing, Actuation and Energy Applications and Interconnections (Biomaterials & Biointerfaces)

YControlling and Measuring at the Interface: Smart Materials for Sensing, Catalysis and Energy (Biomaterials & Biointerfaces)

ZDecoding Interfacial Charging in Organic and Conjugated Polymers at the Biointerface (Biomaterials & Biointerfaces)

AAPlant Bioelectronics and Nanobionics (Biomaterials & Biointerfaces)

BBAdvanced Materials and Bioelectronic Technologies for Next-Generation Healthcare (Biomaterials & Biointerfaces)

CCSynthesis, Physical Properties and Applications of Advanced Nanocrystalline Materials (Nanoscale Phenomena & Low-dimensional Materials)

DDEngineering 2D van der Waals Materials: Design, Interface Control and Emergent Functionalities (Nanoscale Phenomena & Low-dimensional Materials)

EE2D-MATTERS: 2D Materials for Advanced Technologies – From Synthesis to Application (Nanoscale Phenomena & Low-dimensional Materials)

FFSpin Polarization in Molecular and Hybrid Systems: From Mechanisms to Control (Nanoscale Phenomena & Low-dimensional Materials)

GGFrontiers in Mechanics of Advanced Materials across Length Scales (Nanoscale Phenomena & Low-dimensional Materials)

HHX-ray and Neutron Methods for In Situ and Operando Studies of Materials and their Processes (Nanoscale Phenomena & Low-dimensional Materials)

IIALTECH 2027 – Analytical Techniques for Accurate Nanoscale Characterization (Nanoscale Phenomena & Low-dimensional Materials)

JJFrontiers of Imaging and Spectroscopy in Transmission Electron Microscopy (Nanoscale Phenomena & Low-dimensional Materials)

KKMaterials Properties at Finite Temperature via Atomic-Scale Modelling: Methodologies, Applications and Beyond (Computational Materials Science & AI)

LLComputations for Materials – Discovery, Design and the Role of AI (Computational Materials Science & AI)