Test measurement feasibility
Determine whether NMR, NQR, or a related magnetic-resonance method can distinguish the samples or states that matter to your application.
Capabilities / Scientific instruments from question to field use
Turn a difficult material-analysis problem into a usable measurement.
We work across physics, electronics, embedded systems, software, and validation so customers can move from “is this measurable?” to an instrument and workflow that can be evaluated in practice.
Build the instrument
Translate a useful laboratory signal into RF hardware, probes and coils, embedded timing, acquisition, mechanics, safety interlocks, and operator control.
Develop the method
Create pulse sequences, calibration routines, signal-processing steps, quality gates, reference libraries, and conservative decision logic.
Validate and deliver
Test across samples and operating conditions, preserve measurement traceability, document the system, and support installation and use.
Where we can help
Applications that need more than an off-the-shelf sensor.
Food and agricultureProcess and formulation studiesNon-destructive authenticationThrough-package screeningPortable magnetic resonanceCustom scientific instrumentation
A practical starting point
Bring the samples, operating constraints, and decision threshold.
Useful instrumentation starts with the decision the measurement must support—not a preferred circuit or algorithm. We can assess signal feasibility, identify confounding factors, define a validation plan, and determine whether a product, custom configuration, or research collaboration is the right path.
Discuss a measurement problem- Inputs
- Target sample, interferents, package or container, environment, throughput, and acceptable uncertainty
- Early evidence
- Representative measurements, feasibility limits, and the experiments needed to reduce risk
- Deliverable path
- Existing product, application-specific configuration, collaborative development, or a clear no-go conclusion
Non-dilutive technology development
Supported by the National Science Foundation.
NSF SBIR and I-Corps support has helped Resonance Signatures advance portable NQR instrumentation, customer discovery, prototype development, and field-oriented validation. NSF support does not constitute endorsement of any product or commercial service.