DESTINY2 Topics list - Cohort #1

A Machine Learning Approach to Electrode Wetting and Formation Cycling in Batteries

Advanced characterization methods in high power battery electrode interfaces

Advanced Polymeric Interfaces for Durable Lithium Batteries: Stabilizing SEI and Enabling High-Voltage CAMs

Combined experimental-theoretical study for the development of transition metal complexes-based redox flow batteries

Designing Next-Generation Electrolytes for Sodium-Ion Batteries: New Materials for NaPF6 Stabilization and the Replacement of Carbonate-Based Systems

Elaboration and optimisation of composite positive electrodes for Energy/Power coupling in Na-ion batteries 

Experimental investigation of thermodynamics and kinetics during the synthesis of advanced cathode materials

Exploring new layered oxides compounds as positive electrode materials for Li-ion battery applications

Harnessing Edge Computing and Deep Learning for Transformative TEM in Battery Materials Analysis (EDGE-TEM)

Hybrid Materials for On-Demand Healing in Safer, Durable Silicon Batteries

Iron-based mixed phosphate/sulfate positive electrode materials for Na-ion batteries

Li-ion cell solutions for sustainable and cost-competitive batteries

Mapping heterogeneities in Na-ion cells by multiscale synchrotron techniques

Material synthesis and assembling for electrolyte and catholyte components of All Solid State Na-ion Batteries

New high power battery electrode materials

NMR as a multi-level tool to understand solid-state electrolytes

Organic cathodes for high-performance multivalent anode-organic batteries

Salt conversion of lithiated transition metal oxide for Li-ion battery recycling

Sulfide-based active materials for positive electrodes of solid-state batteries

Synthesis routes for advanced inorganic conductors to be used in solid-state batteries

Understanding the Physicochemistry of Interactions between Cathode Materials using Multiscale Modelling

Understanding transport and interfaces properties using NMR in ionogel electrolytes based on ionic liquids for lithium batteries

Unraveling the local and Average structures of Disordered rock salt materials

NMR as a multi-level tool to understand solid-state electrolytes