cryO-Raman: Unmatched Spatial Resolution at Very Low Temperatures
The cryO-Raman system brings Raman imaging with exceptional spatial resolution to low-temperature measurements, enabling groundbreaking research on materials that exhibit unique properties when cooled to near absolute zero. Designed for advanced studies, this system combines the high-performance and modularity of the alpha300 microscope series with cutting-edge cryostat and nanopositioner technologies.
Features:
- Access to temperatures as low as 1.8K, allowing exploration of novel material properties under extreme conditions.
- Integration with high magnetic fields, facilitating complex experiments in condensed matter physics and materials science.
- Exceptional spatial resolution for precise chemical and structural imaging, even at ultra-low temperatures.
- Modular design, offering flexibility to adapt to a wide range of experimental setups and configurations.
Applications:
- Material Science: Studying materials at very low temperatures, including superconductivity and phase changes.
- Nanotechnology: Analyzing nanomaterials and nanostructures at low temperatures.
- Semiconductor Research: Examining semiconductor materials and devices in cold environments.
- Quantum Computing: Investigating materials used in quantum computing at near absolute zero temperatures.
- Condensed Matter Physics: Researching physical phenomena in solid-state materials at low temperatures.