Program
Name, | Institution | Title of presentation | ||
10:00 | 00:10 | Marzari | Short introduction into MARVEL | |
10:10 | 00:10 | Nolting | Short introduction into PP7 | |
10:20 | 00:30 | MARZARI, Nicola | EPFL | Novel Materials Applications |
10:50 | 00:30 | SPALDIN, Nicola | ETH Zurich | Novel Materials Physics |
11:20 | 00:30 | FIEBIG, Manfred | ETH Zürich | Multifunctional materials and their characterization |
11:50 | 01:10 | lunch break | In the SLS together with poster session | |
13:00 | 00:05 | STAUB, Urs | PSI | Investigations of ultrafast modifications of electronic and crystal structure to test predictions of transient states |
13:05 | 00:05 | DIL, Hugo | EPFL | Materials with interacting and controllable spins |
13:10 | 00:05 | YAZYEV, Oleg | EPFL | Search for novel topological materials |
13:15 | 00:05 | PARK, Jihwey | PSI | DFT calculation on Fe3Sn2 |
13:20 | 00:05 | STROCOV, Vladimir | PSI | Material physics by soft-X-ray ARPES |
13:25 | 00:05 | VAZ, Carlos | PSI | Electric field control of the correlated state via strain- and charge-mediated couplings |
13:30 | 00:05 | LIPPERT, Thomas | PSI | Proton conduction in strained lattices |
13:35 | 00:05 | NIEDERMAYER, Christof | PSI | Strain induced ferromagnetism in multiferroic REMnO3 thin films |
13:40 | 00:05 | SCHMITT, Thorsten | PSI | RIXS on thin films and oxide heterostructures for Mottronics and Orbitronics applications |
13:45 | 00:05 | HU, Xile, | EPFL | 2D nanosheet oxygen evolution catalysts: electronic structure and active site determination by computations and experiments |
13:50 | 00:05 | KOVALENKO , Maksym | EMPA | Chemically Engineered Nanocrystal Solids |
13:55 | 00:05 | LUBER, Sandra | U Zurich | Ab initio investigation of water splitting catalysts and spectroscopic approaches |
14:00 | 00:15 | short break | ||
14:15 | 00:05 | CANCELLIERI, Claudia | EMPA | In-situ structural and electrochemical characterization of phase transformations at oxide/liquid interfaces |
14:20 | 00:05 | RANOCCHIARI, Marco | PSI | Using computational chemistry to predict the performance of reactions catalyzed by metal-organic frameworks |
14:25 | 00:05 | BATTAGLIA, Corsin | EMPA | Designing co-catalyst oxide interaction for photocatalysis |
14:30 | 00:05 | LIPPERT, Thomas | PSI | Oxynitrides for photocatalytic water splitting |
14:35 | 00:05 | SMOLENTSEV, Grigory | PSI | Time-resolved X-ray absorption to validate mechanisms of reactions of solar energy conversion |
14:40 | 00:05 | MANSSON, Martin | EPFL | Towards ab initio Materials Design for Sodium-based Energy Storage |
14:45 | 00:05 | MEDARDE, Marisa | PSI | The metal-insulator transition in RNiO3 perovskites: Mott physics and electron phonon interactions by approaching the itinerant limit |
14:50 | 00:05 | RÜEGG, Christian | PSI | Controlling Mott-Insulator Transitions and Spin-Orbit Coupling in Solids |
14:55 | 00:05 | RADOVIC, Milan | PSI | Spectroscopy Views of Electronic Structure at Surface and Interface |
15:00 | 00:05 | FENNELL, Tom | PSI | Magnetoelastic effects in Tb2Ti2O7 and Tb3Ga5O12 |
15:05 | 00:05 | GOEDECKER, Stefan | U Basel | Two-dimensional boron structures |
15:10 | 00:05 | RUFFIEUX, Pascal | EMPA | Bottom-up fabrication of carbon heterostructures |
15:15 | 00:05 | JUNG, Thomas | PSI | Structure and Properties at Surfaces and Interfaces: -- Model Cases and Challenges for Collaborations between Theory and Experiment |
15:20 | 01:00 | coffee break | In the SLS together with poster session | |
16:20 | 00:20 | RUFFIEUX, Pascal | Empa | Synthesis and Characterization of Graphene Nanoribbons: Combined Experimental and Modeling Efforts |
16:40 | 00:20 | SCARAMUCCI, Andrea | PSI | A theory/experiment collaboration: structure and magnetic order in YBaFeCuO5 |
17:00 | 00:05 | Nolting et al | Closing remarks | |
17:05 | end |