Nanoscale Characterisation for Tomorrow's Materials
2D materials are only a few nanometres thick but interact with light in exotic ways — making them critical for next-generation sensing, photonics, and energy applications. Studying them requires instruments that resolve features at the atomic-layer scale. GRS supplies the neaSCOPE platform from attocube for 2D and energy materials research at sub-10 nanometre resolution.
Solutions for 2D & Energy Materials
neaSCOPE Microscopes (attocube)
Sub-10 nm spatial resolution across Visible, IR, and THz spectral ranges. Combines nano-IR (nano-FTIR and AFM-IR), nano-Raman, and AFM in one platform — enabling correlative analysis at ambient or cryogenic conditions.
Phenomenon / Material | Enables
- Plasmon Polaritons | Sub-wavelength light confinement, plasmonic devices
- Phonon Polaritons | Hyperbolic materials, IR nanophotonics
- Exciton Polaritons | Quantum light-matter coupling
- TMDCs | Next-gen semiconductors, valleytronics
Typical Use
- 2D material characterisation
- polariton studies
- semiconductor research
- quantum materials
Why GRS for 2D & Energy Materials
- Authorised attocube / neaSCOPE distributor in Singapore
- Sub-10 nm resolution, Visible to THz coverage
- Trained application support for advanced experiment design
- Local service for a world-leading nano-optics platform
