This company develops a quadrupolar spin resonance (QSR) technique for analyzing quadrupolar nuclei in low magnetic fields. Their high-resolution spectroscopy enables scientists to identify substances, support chemical product development, and evaluate chemical product quality, assisting in material characterization and pharmaceutical analysis.
Funding
Funding not disclosed
Founders
Product
Problem
Traditional methods for analyzing quadrupolar nuclei in solid materials are challenging and often lack the resolution needed for accurate substance identification and material characterization. Existing magnetic resonance techniques struggle to effectively observe these nuclei, limiting their applicability in various scientific and industrial applications.
Solution
Quadrufy is developing technologies to advance quadrupolar spin resonance (QSR) spectroscopy, a radio-frequency technique applied to solids in low or zero magnetic fields. QSR offers unparalleled resolution compared to NMR for analyzing quadrupolar nuclei, which constitute the majority of elements in the periodic table. This enhanced resolution enables the identification of unknown substances and minerals, accelerates chemical product development, facilitates material characterization, and monitors the quality of manufactured chemical products. Quadrufy's mission is to make QSR spectroscopy a practical and accessible tool for researchers and industry professionals.
Target Audience
The primary audience includes scientists, researchers, and industry professionals in pharmaceuticals, materials science, and chemical product development who require high-resolution analysis of solid materials.
Features
- High-resolution spectroscopy for analyzing quadrupolar nuclei (e.g., Nitrogen-14, Chlorine-35)
- Enables substance identification and mineral analysis
- Facilitates chemical product development and material characterization
- Monitors the quality of manufactured chemical products
- Operates in the absence of or in a low magnetic field