MRR Technology
Molecular Rotational Resonance Spectroscopy (MRR) harnesses the power of rotational spectroscopy to provide the most incisive technique available for the structural determination of gas-phase molecules.
The Advantages of MRR
Unequivocal structural identification in a rapid and quantitative molecular fingerprint.
Molecular Structure
MRR spectra are unique to thethree-dimensional arrangement
of atoms in a molecule.
High Resolution
Ultra-high resolution spectra provideboth specificity and selectivity
directly from complex samples.
Quantitative
MRR Spectra can be rapidlyquantified for a highly specific
assay.
How Rotational Spectroscopy Works
Rotational Spectra
Rotational spectra are unique to the three dimensional arrangement of matter in a molecule. The same way an ice skater's angular momentum changes with her posture.
Spectral Simulation
Molecular structures and their spectra are simulated and validated using quantum chemistry, without the need for pure reference material.
Selective and Quantitative
Using Brightspec's platforms these spectra can be measured with extraordinary specificity. Subtle changes
in the arrangement of a molecule yield unique quantifiable spectra.
Resources
Learn more about Brightspec's MRR Technology
The Sleeping Giant Awakes: Defining a New Era of MRR Spectroscopy
Explore the fundamental technical advantages of MMR instruments and how the technique looks set to develop in the years ahead.
Theoretical Introduction to Rotational Spectroscopy and MRR Instrumentation
Learn MRR can characterize the stereoisomers of sesquiterpenes without the need for reference samples.
MRR Review Article: Analysis of Isomeric Mixtures by Molecular Rotational Resonance Spectroscopy
Learn how MRR unambiguously identifies and quantifies isomeric compounds in complex mixtures.
K-Band FT-MRR as a Tool for Teaching Physical Chemistry and Spectroscopy
Learn about our K-Band platform and how it can augment your teaching curriculum.
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