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Monday 20th March
13.00 Arrival / coffee
13.30 Workshop opening: Keith McKenna
Session 1
13.40 (Invited) Charge Trapping in Transparent Conducting Oxide SnO2, David Scanlon
14.20 The role of bipolarons in the formation of defects in amorphous hafnia, Jack Strand
14.40 Electron Trapping in TiO2 Rutile and Anatase, Razak Elmaslmane
15.00 Coffee break
15.20 (Invited) Intrinsic electron and hole trapping in amorphous oxides, Alex Shluger
16.00 (Invited) Disorder, Defects and Charge Trapping in Titania, Aaron Deskins
16.40 DFT Study of trapped electrons in hackmanite-type minerals, Antton Curutchet
17.00 Close of session
Tuesday 21st March
Session 2
09.00 (Invited) Defect chemistry of organohalide perovskites: Implications for solar cell operation, Filippo De Angelis
09.40 (Invited) The Necessity to Understand Charge Trapping in Order to Enhance the Commercialisation Potential for Perovskite Solar Cells, Chris Moore, Dyesol
10.20 Coffee break
10.40 (Invited) Charge transport in amorphous systems and systems with mobile defects, Alison Walker
11.20 Polaron-mediated surface reconstruction in the reduced Rutile TiO2 (110) surface, Michele Reticcioli
11.40 Electronic Structure and Defect Physics of Tin Sulfides: SnS, Sn2S3, and SnS2, Lee Burton
12.00 Defects in rutile SnO2, Migle Grauzinyte
12.20 Lunch and discussion time
Session 3
14.00 (Invited) Deep level links to device performance in CdTe solar cells, Jon Major
14.40 Intrinsic charge trapping in amorphous Al2O3, Oliver Dicks
15.00 Oxygen vacancies as electron traps in wide gap semiconducting oxides: a hybrid QM/MM study, John Buckeridge
15.20 Mn impurities in CaZnOS: insight from luminescence spectroscopy and density functional theory, Jonas Joos
15.40 Coffee break
16.00 (Invited) Charge transport, recombination, and defects in solvent-exfoliated semiconducting transition metal dichalcogenides, Kevin Sivula
16.40 Charge traps in carbon nanotube-based field-effect transistors, Jana Tittmann-Otto
17.00 Close of Workshop
