Programme

DAY 1, Thursday, 22 October 2020

08:20-08:30
Opening
08:30-10:30
Joan Bisquert

8:30-10:00
Photoresponse in semiconductors. Electronic band structure, Schottky barriers, photon absorption and recombination. Charge extraction
10:00-10:30
Chat with Lecturer

TOPIC 1
10:30-11:00
Break
11:00-13:00
Andreas Klein

11:00-12:30
Band alignment in M/SC and M/SC/M junctions. Experiments and material’s trends
12:30-13:00
Chat with Lecturer

TOPIC 2
13:00-14:00
Break
14:00-16:00
Marin Alexe (1)

14:00-15:30
Conduction mechanisms across ferroelectric capacitors, tunnel barriers and diodes. Back to back diodes
15:30-16:00
Chat with Lecturer

TOPIC 3
16:00-16:30
Break
16:30-18:30
Alexei Gruverman

16:30-18:00
Photoresponse in ferroelectric capacitors and optically modulated electroresistance: (A) Optically modulated ferroelectric polarization and electroresistance
18:00-18:30
Chat with Lecturer

TOPIC 4
18:30-18:40
Closing Day 1

DAY 2, Friday, 23 October 2020

08:30-10:30
Marin Alexe (2)

8:30-10:00
Bulk Photovoltaic effect. An experimental approach. What is it ?. How to distinguish ?
10:00-10:30
Chat with Lecturer

TOPIC 5
10:30-11:00
Break
11:00-13:00
Junling Wang

11:00-12:30
Photoresponse in ferroelectric capacitors and optically modulated electroresistance: (B) Optically modulated Schottky barriers and electroresistance. (B). Optically modulated ferroelectric polarization and electroresistance.
12:30-13:00
Chat with Lecturer

TOPIC 4
13:00-14:00
Break
14:00-16:00
Giuliana di Martino

14:00-15:30
Optically accessible memristors
15:30-16:00
Chat with Lecturer

TOPIC 6
16:00-16:30
Break
16:30-18:30
Andrew M. Rappe

16:30-18:00
Bulk Photovoltaic effect. Fundamentals and material's requisites and trends.
18:00-18:30
Chat with Lecturer

TOPIC 5
18:30-18:40
Closing School