James K. Gimzewski FRS FREng
Nanoscience, Molecular Systems, Biological Nanomechanics, Neuromorphic Matter and Art–Science
James K. Gimzewski is a scientist whose work has helped define experimental nanoscience, from the imaging and manipulation of single atoms and molecules to molecular machines, nanomechanical sensor arrays, biological mechanobiology, atomic switch networks and neuromorphic hardware for artificial intelligence.
Metrics
h-index: 97 | Citations: 43,059 |
Single Atoms, Molecules and STM
Pioneering scanning tunneling microscopy studies of individual atoms and molecules, including molecular imaging, manipulation, contact and probe-based fabrication.
Single Atoms, Molecules and STM
Pioneering scanning tunneling microscopy studies of individual atoms and molecules, including molecular imaging, manipulation, contact and probe-based fabrication.
Molecular Machines and Nanomechanics
Single-molecule rotors, C60 molecular devices, the molecular abacus, and cantilever-array sensors translating molecular recognition into mechanical motion.
Biological Nanomechanics and Diagnostics
Atomic force microscopy, optical methods and nanoscale characterization applied to cells, cancer mechanics, exosomes, DNA/RNA profiling and
Atomic Switch Networks and Neuromorphic Matter
Self-organizing nanoscale systems developed with NIMS/MANA and international collaborators as physical substrates for memory, criticality and AI hardware.
Get in touch
E-mail: gimzewski@cnsi.ucla.edu
Address: The UCLA Department of Chemistry and Biochemistry
607 Charles E. Young Dr. East, Los Angeles, CA 90095.