Quantum Sensor Technology and its Application
Quantum sensors are new and promising technology developing rapidly along with the quantum computing engineering because it
provides ample insight into the environment of qubits. Quantum sensors depend on the
mysterious behavior of subatomic particles called quantum states, where the
classical Newtonian physics do not exist and have prominent real world
application of quantum mechanics. Quantum sensor extends operating range,
dynamic range, capability and sensitivity of the sensors used in the different
application. Now a day, more mature sensor implementation is available for
different applications.
In recent years quantum sensors are used to measure
various physical quantities such as temperature, pressure, electric and
magnetic fields and frequency of revolutions etc. by using quantum object. A
quantum object is designed by using quantum states properties such as quantized
energy level, quantum state
squeezing, quantum coherence or entanglement
to improve sensitivity of the measuring instruments. Prominent application of quantum
sensors is the development of atomic clock, Quantum Compass, diamond lights,
high resolution spectroscopy, atomic magnetometers etc.
Quantum sensors may also be used to predict the
detailed mapping of the minor traces of explosives, mapping of the underground environment,
autonomous vehicles, brain-machine interaction, and improved imaging
technologies, detection of minor.
Recently, various militaries forces researches on the
potential use of quantum sensor technology in the stealth detection
application, so that detection of radar signature of a fighter jet is not
possible. A scientist in the US research lab developed Rydberg Atoms, which is
sensitive to the wide range of frequency without absorbing to energy from the
radiating fields. It means, we are able to detect an object without our
opponent knowledge.
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