| Affronte, Marco Graphene based molecular devices for spin and photon detection |
 |
 |
| Aizpurua, Javier Light-matter interactions in plasmonic cavities |
|
|
| Blumberger, Jochen Electron transport through multi-heme proteins |
 |
 |
| Cahen, David Tutorial: Proteins can be “Good” Electronic Conductors! |
|
|
| Cardona, Salvador Room temperature spin filtering in a metallopeptide |
|
|
| Diez-Perez, Ismael Tutorial: Neuromorphic Computing with Spintronics |
|
|
| Egger, David Tutorial: First-principles Theory of Transport - Prospects and Challenges |
|
|
| Greer, Jim New electronics from the surface chemistry of low dimensional nanostructures |
|
|
| Guo, Cunlan Electron Transport across the Linear Peptide: the Role of Composition |
|
|
| Hanein, Yael Electrical and opto-electrical neuro-stimulation |
|
|
| Hihath, Josh Tutorial: Evolution of Break-Junction Based Molecular Measurements |
|
|
| Kamenetska, Masha Angstrom-scale rulers to correlate transport and geometry of metallocene molecules on gold |
|
|
| Li, Yuan Conformation and charge tunneling through molecules in SAMs |
|
|
| Loth, Sebastian Spin-environment coupling of few-atom magnets |
|
|
| McCreery, Richard Photoeffects as Probes of Transport in all-Carbon Molecular Junctions |
|
|
| Nath Pal, Atindra Nonmagnetic spin filter based on single molecular junction |
|
|
| Pike, Andrew Is DNA a viable component for molecular electronics? |
|
|
| Sanchez, David Coulomb blockade and magnetic effects in molecular tunnel junctions |
|
|
| Schull, Guillaume Sub-molecular fluorescence microscopy with STM |
|
|
| Van der Zant, Herre Tutorial: Single- molecule quantum- transport phenomena in break junctions |
|
|
| Veciana, Jaume Organic Free Radicals on Surfaces. A way to manipulate electronic properties of surfaces |
|
|
| Wernsdorfer, Wolfgang Tutorial: Operating quantum states in individual magnetic molecules |
|
|
| Yoon, Hyo Jae Large-Area Molecular Thermoelectrics |
|
|
| Zharnikov, Michael Dynamics of electron transfer in monomolecular films |
|
|
