Scientific instrumentation / NMR + NQR

See what materials are made of.

Resonance Signatures builds compact magnetic-resonance instruments and scientific software for non-destructive material analysis—from liquids and foods to crystalline compounds inside sealed packages.

MAGNETIC RESONANCE / LIVE SIGNALACQUIRING
0 msTIME DOMAIN RESPONSE240 ms
Delivered iNMR system installed at an agricultural-technology customer site
iNMRDelivered to an agricultural-technology customer
Working NSF-supported iNQR prototype
iNQRWorking NSF-supported prototype

Products

Three tools for different questions.

View the product line ↗

iNMR · Low-field NMR analyzer

Measure liquids and soft materials.

Investigate relaxation, diffusion, and composition-sensitive response in agriculture, food, process, and research samples.

iNMR details and specifications

iNQR · Through-package identification

Identify crystalline compounds.

Screen bulk solids in opaque, non-metalized packaging using phase-specific nuclear quadrupole resonance.

iNQR details and specifications

MRSpinDynamics · Scientific software

Simulate, analyze, and curate.

Connect magnetic-resonance simulation, quadrupolar analysis, measured spectra, and traceable NQR data.

Software capabilities
Commercial execution1 shipped iNMR system

Integrated, documented, delivered, and supported for an agricultural-technology customer.

Phase I sensitivity>6.5× SNR

Pre-polarization result in the reported acetaminophen experiment.

Customer discovery106 interviews

NSF I-Corps interviews across government, law enforcement, industry, and research.

Scientific softwareMRSpinDynamics

Reproducible simulation, quadrupolar analysis, and NQR data curation.

NSF-backed deep technology

From university research to deployable instruments.

Founded in Gainesville to commercialize University of Florida magnetic-resonance technology, Resonance Signatures combines protected IP, NSF-supported R&D, scientific software, and commercial hardware execution.