These studies have already led to major advancements in the nanotube field. Most notably, the Lab is the only facility worldwide to have successfully synthesized high-quality WS2 (tungsten disulfide) and MoS2 (molybdenum disulfide) nanotubes.
These nanotubes are in growing scientific and industrial demand due to their exceptional mechanical, optical, electronic, and catalytic properties.
Potential applications include medical devices, clean energy, advanced electronics, defense, and automotive technologies.
The Lab collaborates with researchers from around the world to provide nanotubes tailored to specific scientific needs.
Other major Lab achievements include the development of highly sensitive piezoelectric sensors, antiballistic composites-with polymers exhibiting superior impact resistance, and electrocatalytic reactions for efficient hydrogen fuel production.
Additionally, the Lab has contributed to the fields of quantum physics (the discovery of bulk photovoltaic effect in WS2 nanotubes based on quantum mechanics phenomenon), optoelectronics (artificial vision system and solar cells), and biocompatible medical materials with enhanced mechanical and thermal properties for polymer-based stents for vascular diseases or for artificial human joints.
Contact us: Prof. Alla Zak
Located: Building 8, Room: 207
