Programme

KEYSTONE: DEVICES

 Current field of exploration:

• PV
• Emission (LED, Laser)
• Detectors: (X-Ray, gamma-Ray,...)
• Transistors
• Spin-orbitronics
• memories

Basic principles of each applications; Specifications; State of the art and current major issues of the field

BLOCK 1: MATERIALS

Introduction: History and state-of-the-art: structure of various bulk (from 3D down to 0D) materials and variety of dimensions (single crystals, thin films, powders, QDs, NCs, nanoplatelets, exfoliated crystals, etc.)

State-of-the-art: main challenges for materials chemists

General overview of the various synthetic approaches

BLOCK 2: BASIC CHARACTERIZATION TECHNICS for

Structural properties, morphology and dynamics

Electronic structure

Optoelectronic properties

Transport properties

BLOCK 3: HPERO MATERIALS PROPERTIES

Ground state 

Under external fields, various excitations