TERS-Team is a leading brand in the field of nanotechnology and scientific research. With a strong focus on innovation and collaboration, their expertise and advanced technology enable them to make significant advancements in the nano-world. Their research covers various areas, including dual sensing, nanoribbons, depolarization, flexible electronics, and nanophotoreactors.

In their dual sensing project, TERS-Team aims to develop a pioneering SERS electrode and an approach for highly sensitive and selective chemical analysis. By combining electrochemical methods and Surface-enhanced Raman spectroscopy, they strive to achieve breakthrough results in multi-component sample analysis.

Their nanoribbons project explores novel approaches to bottom-up patterning of two-dimensional materials, with a focus on understanding the underlying mechanisms. TERS-Team has made significant progress in this area, discovering the "tip narrowing effect" and its impact on nanoantennas' geometry.

Additionally, TERS-Team has made notable contributions in depolarization and flexible electronics. They have obtained evidence supporting their original hypothesis on polarization effects and developed a large-scale and environmentally friendly method for fabricating flexible electronics.

Through their research on nanophotoreactors, TERS-Team aims to develop effective materials for photocatalysis. They have successfully demonstrated the enhanced photocatalytic transition of studied molecules by using plasmonic nanoparticles and plasmon-enhanced Raman spectroscopy.

TERS-Team is proud to have a dedicated team of researchers and maintains a global collaboration network. Their commitment to research, innovation, and collaboration sets them apart in the scientific community. Visit their website to learn more about their team, research projects, skills, and resources.