Swiss Nanoscience Institute
We regularly describe research projects in our electronic magazine SNI INSight and in the Annual Reports. Here you find a selection of these contributions that provide an insight into research at the SNI.
Using artificial intelligence to create three-dimensional structures - Nobel Prize in Chemistry for the development of AlphaFold
“Nano” in the environmental sciences - Examples of nanotechnological applications
Honored for the discovery and synthesis of quantum dots - The Nobel Prize in Chemistry goes to three nanoscientists
Projects as part of the Quantum Transitional Call - Participation by SNI members
Entanglement - A fascinating topic of research in the SNI network – and worthy of a Nobel Prize
Designed on the computer, produced in cells – Artificial enzymes open up completely new possibilities
Nanomedicine – Uniting medicine and technology
Magnetic or superconducting – Argovia Professor Martino Poggio uses special cantilevers to study a broad range of materials
Support for titular professors at the PSI – Work by two research groups under Thomas Jung leads to synergies
An undeserved reputation – Plastics offer great potential
The SNI supports PSI titular professors – Thomas Jung investigates silicon carbide
Successful interdisciplinary collaboration – Combined knowledge of cell biology and biofunctional polymers
Detailed information about vortices – Imaging of ultra-thin superconductors delivers key information
Insulator on the inside, conductor on the outside – Topological insulators are a key topic at the SNI
The SNI supports PSI titular professors Thomas Jung studies nanonetworks
Michel Kenzelmann researches materials with unusual magnetic properties
Roderick Lim researches the transport processes and mechanical properties of cells Promising applications form a key part of his researche
Frithjof Nolting is a specialist in analyses using the Swiss Light Source
Martino Poggio studies nanowires These tiny wires with special properties have a variety of potential applications
Sensing size and direction
A helping hand enables innovative ideas
Fathoming natural nanomachine
Working as a team to track down single cells
Structure is everything
Solving riddles with the AFM
Studying the molecules in their natural environment
Use of findings for applications
Fiber pigtail with photon source
Trenches reduce electrical resistance
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