Electron Microscopy and NanoEngineering
RESEARCH AT ELMIN IS DRIVEN BY THE ONE-NANO DOWN TO ONE-ATOM VISION
ELMiN Research group, lead by Klaus Leifer, is dedicated to the quantitative electron microscopy analysis of materials that take their functionality from single nano-objects down to single atoms as well as to the fabrication of nanomaterials and nano-devices for environmental and health applications.
Publications and popular science presentation
- Designing sterically demanding thiolate coated AuNPs for electrical characterization of BPDT in a NP-molecule-nanoelectrode platform. 2017
- Enhanced gas sensing performance of graphene/ZnS-CdS hetero-nanowires gas sensor synthesized by Langmuir-Blodgett self-assembly method. 2017
- Fabrication of reproducible sub-5 nm nanogaps by a focused ion beam and observation of Fowler-Nordheim tunneling. 2015
- Fabrication of reproducible sub-5 nm nanogaps by a focused ion beam and application in electrical characterization of single molecules. 2015
- Template-free synthesis of phosphate-based spheres via modified supersaturated phosphate buffer solutions. 2017
- A general strategy for template-free and low-cost synthesis of inorganic hollow spheres. 2017
- Fabrication, functionalization and electrical conductance modulation of nanoparticle based molecular electronic Nano-devices. 2018
- Synthesis of nanoscale electronic device by molecular place exchange reaction in the nanoparticle nanoelectrode bridge platform.: Synthesis of nanoscale electronic device by molecular place exchange reaction in the nanoparticle-nanoelectrodebridge platform. 2015
- A sub 20 nm metal-conjugated molecule junction acting as a nitrogen dioxide sensor. 2019