Halide perovskite materials for optoelectronic applications - From fundamental insights to devices

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Bus shuttle from La Baule Escoublac

Welcome

Anti-poster

Dinner

Breakfast

Keystone | Electroluminescent devices for display and lighting applications: current states and future directions

Break

Block I | Synthetic Aspects of Halide perovskites: Differences and Similarities in Crystals, Thin-films and powders; solid-state vs solution chemistry

Lunch

Tutorials

Break

Block I | Halide perovskite synthesis: From crystal growth to thin film formation to degradation mechanism

Keystone | State-of-the-art perovskite PV devices

Block I | Colloidal synthesis of perovskite nanomaterials

Dinner

Breakfast

Block II | Spectroscopy I & II

Break

Keystone | Ferroelectricity and bulk photovoltaic effect in perovskite oxides

Lunch

Tutorials

Break

Block II | Spectroscopy III

Block II | Introduction to DFT

Dinner

Breakfast

Block II | How to characterize ferroelectricity

Break

Block II | Structure determination in Halide Perovskites: Phase transitions, temperature and pressure effects

Block II | Optical investigations of thin film and single crystal perovskite semiconductors I

Picnic & Free time

Block III | Halide perovskites: Is it all about the interfaces?

Break

Keystone | When perovskites meet electronics

Block II | Optical investigations of thin film and single crystal perovskite semiconductors II

Gala Dinner

Breakfast

Block II | The semi-classical electronic transport with its intrinsic limits

Break

Block II | Introduction to Green’s function-based electronic structures methods

Block II | Optical investigations of thin film and single crystal perovskite semiconductors III

Lunch

Keystone | Solution-processable solid-state laser

Block II | Chemically-synthesized quantum light sources

Break

Block III | Crystal Engineering in Halide Perovskites: Dimensional Reduction as a design tool for the discovery of new materials

Block III | Optical and Magneto optical studies of quasi-particles in perovskites

Dinner

Breakfast

Block II | Quantum electronic transport

Break

Block III | Optical properties of single perovskite nanocrystals

Block III | Structural and chemical diversity of halide perovskites: a theory perspective

Picnic & Free time

Block II | Is it possible to build electronics with ‘any’ materials that are semiconducting?

Break

Block III | Optoelectronic properties: electronic structure, optical properties, excitons, ... from first principles calculations

Block III | Quantum confinement effects in Low-Dimensional Perovskites

Dinner

Breakfast and luggage

Panel discussion and satisfaction survey

Lunch boxes

Bus shuttle to La Baule Escoublac