Accessing the Spectral Range Below 50cm-1 with VERTEX

Bruker's advanced VERTEX research FT-IR spectrometers offer access to the THz spectral range below 50 cm^-1. Achieving the highest sensitivity and resolution in the FIR/THz region often necessitates the use of liquid helium-cooled bolometers as detectors to extend the spectral limit down to the single digital wavenumber range.

However, liquid helium is both expensive and, in some regions, unavailable, presenting a significant bottleneck for many researchers.

The verTera Terahertz extension for the VERTEX 80v vacuum spectrometer can overcome these limitations.

THz technology is complementary: it cannot access the traditional infrared range but allows for THz spectroscopy with room temperature components. VerTera combines the advantages of both technologies, offering a comprehensive analysis of your samples.

Key Focus

• The challenges and opportunities of FT-IR spectroscopy in far IR/THz region
• Vacuum benefits for FT-IR spectroscopy and THz experiments
• The basic principle of verTera continuous wave THz technology
• An example application using verTera combined with FT-IR 

Who Should Attend?

• Professors and postdocs
• Lab professionals
• Research fellows
• Graduated Students and P.hD.s  

About the Speaker