High-sensitivity Quantum Spectrometer for Autonomous Biological Analysis

Our proposal aims to develop a cutting-edge quantum spectrometer based on Nitrogen-Vacancy (NV) centers in diamond, capable of detecting NMR signals from biological liquid samples with unprecedented sensitivity and resolution. By utilizing advanced sensing techniques and signal processing, our technology will significantly enhance the detection of weak NMR signals, which are critical for applications in molecular biology, medical diagnostics, and environmental monitoring. The funding will be used primarily for the fabrication and testing of the initial prototype, including the development of a 3D printed sensing probe, integration of NV centers in diamond, and the implementation of sensing techniques. This will involve procuring necessary materials and equipment, assembling the system, and conducting calibration and testing on initial samples to demonstrate its performance and capabilities. Our target markets include the biomedical sector, particularly for non-invasive diagnostic tools, as well as environmental testing and research laboratories that require high-sensitivity NMR spectroscopy. The technology could also have applications in the pharmaceutical industry for drug development and molecular analysis. By offering a portable, high-performance spectrometer, we aim to provide a transformative solution for these industries, enabling faster, more precise analysis of complex biological and environmental samples.