The Power of Interfaces: Fundamentals for Solid State Devices
Electrochemical devices for the conversion and storage of energy are central to the development of low and zero carbon energy economies. These devices rely upon the fast transport of atomic and electronic species across the solid-solid, solid-liquid and solid-gas interfaces, depending on the type of device. The development of viable devices relies upon a having a fundamental understanding of how to engineer the structure of, and transport across, these interfaces.
“The Power of Interfaces: Fundamentals for Solid State Devices” is a collaborative workshop bringing together some of the leading academic researchers from the UK, EU, US and Japan, working in EPSRC, JSPS and EU sponsored consortia. Together with a group of eminent invited speakers, the fundamental scientific approach is complimented with an industrial perspective of device requirements by leading industrial concerns such as Huawei and Ceres Power.
The conference will be held at the historic Royal Society in London and will span two days (10-11th March 2020). Anyone interested is welcome to register for a small entrance fee of £30. This provides access to the workshop for both days, including lunch and a drinks reception on the 10th. Please use the registration button to the left.
There is limited availability and tickets are first come, first served basis.
Day 1 – 10th March
“Towards a better mechanistic understanding of electrocatalytic phenomena at oxide / gas interfaces”
“In-situ Probing Catalyst Generation and Deactivation with Ambient Pressure X-ray Photoelectron Spectroscopy ”
“Intensified catalysis in solid-state electrochemical reactors”
“Strategies for enhancing oxygen reduction kinetics in SOFC cathodes”
“Thermodynamic treatments of space-charge zones at grain boundaries in ionic solids”
Roger De Souza
“Solid Electrolytes for Batteries: Atomic-Scale Insights into Ion Conduction and Grain Boundary Effects ”
“First principles, Microkinetic, and Monte Carlo studies on Catalytic reactions at Solid-Solid interfaces and Fast Hydride conduction in bulk”
“Tailoring the Surface Chemistry of Oxide Catalysts and Electrocatalysts via Atomic Layer Deposition”
Day 2 – 11th March
“Interface analysis in the scanning transmission electron microscope”
“Interface Engineering and Understanding of Perfect Perovskites from Strongly Correlated Oxides to Ionics”
“Self-organised interfaces, crystal chemistry and oxygen mobility in mixed conductors for energy applications”
“The dynamic metal anode/solid-electrolyte interfaces in solid state batteries”
“Role of Interfaces in Neuromorphic Device Design for Bio-inspired Computing ”
“Nanomaterials and interfaces for solid state energy microdevices”
“Lithium Metal Batteries – Some Industrial Points of View”
“Development of Ceres Power’s Steel Cell® technology: The revolutionary power of ceria on steel for multiple global applications”