American Journal of Advanced Multidisciplinary Research and Innovation

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Quantum Sensing and Precision Measurement: Emerging Applications across Healthcare, Industry and Environmental Science

Author(s) Shon R. Hiatt
Country United States
Abstract Quantum sensing and precision measurement represent an emerging technological frontier in which quantum mechanical phenomena are exploited to achieve measurement capabilities beyond the practical limits of many conventional sensing technologies. Advances in quantum coherence, superposition, entanglement, spin dynamics and quantum-state manipulation are enabling highly sensitive systems for detecting magnetic fields, gravitational variations, acceleration, time, temperature, electromagnetic signals and chemical or biological phenomena. This paper examines the foundations, technological development and emerging applications of quantum sensing across healthcare, industrial systems and environmental science. It analyses major quantum sensing platforms, including atomic magnetometers, nitrogen-vacancy diamond sensors, superconducting quantum interference devices, atom interferometers, optical clocks and quantum-enhanced imaging systems. In healthcare, quantum sensors offer opportunities for non-invasive neurological monitoring, cardiac diagnostics, biomagnetic imaging and precision biomedical research. In industry, they can support navigation, infrastructure inspection, mineral exploration, semiconductor manufacturing and advanced process monitoring. Environmental applications include groundwater mapping, geological monitoring, greenhouse-gas detection and ecosystem observation. The paper proposes an integrated Quantum Precision Sensing Framework connecting quantum sensing devices, signal processing, artificial intelligence, calibration, data infrastructure and application-specific decision systems. Challenges involving sensitivity, environmental noise, miniaturisation, calibration, scalability, cost, quantum coherence and integration with conventional technologies are also examined. The study concludes that the near-term impact of quantum sensing is likely to emerge through hybrid systems that combine quantum measurement with classical electronics, artificial intelligence and domain-specific analytics. As quantum sensors become smaller, more robust and commercially deployable, precision measurement could become an important foundation for next-generation healthcare, industrial intelligence and environmental monitoring.
Keywords Quantum Sensing, Precision Measurement, Quantum Technology, Quantum Sensors, Healthcare, Industrial Monitoring, Environmental Science, Quantum Metrology, Artificial Intelligence, Precision Diagnostics.
Field Engineering
Published In Volume 7, Issue 1, January-February 2025
Published On 2025-02-14
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