Simplify Structural Identification with MRR Spectroscopy
Book A DemoWhy MRR?
Your Challenges
Analytical chemists need to confirm molecular structures with high confidence, interpret complex spectral data, and often rely on multiple techniques and iterative workflows to resolve ambiguities.
Our Solution
MRR provides definitive structural identification in a single measurement by leveraging each molecule’s unique rotational fingerprint. Chemists can directly confirm structures from simulated spectra without complex interpretation or multiple analytical steps.
Key Applications
| Confirming Molecular Structure in Early Research |
| Distinguishing Closely Related Chemical Structures |
| Supporting Reaction Product Verification |
| Identifying Structural Variants in Mixtures |
| Reducing Ambiguity in Analytical Workflows |
Featured Application Notes
Application Note
Unambiguous Identification of Stereoisomers Using Molecular Rotational Resonance Spectroscopy
Application Note
No Standards, No Problem: Molecular Rotational Resonance Spectroscopy Cracks the Chiral Code
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Frequently Asked Questions
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How does MRR simplify Structural Identification?
MRR enables direct structure determination by measuring a molecule’s unique rotational fingerprint, removing the need for multi-step analysis.
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How does MRR compare to NMR for structure identification?
MRR provides unambiguous structural identification without requiring extensive interpretation or multiple experiments.
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What types of structures can MRR identify?
MRR is best suited for small, gas-phase compatible molecules with a dipole moment.

