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Magnetic Sensors: From Space to Smartphones, the Future is Quantum

Discover how magnetic sensors, once exclusive to space missions, now power our daily lives. Their future? Quantum computing and new markets.

In this image in the foreground we see a compass and in the middle there is a water and background...
In this image in the foreground we see a compass and in the middle there is a water and background is cloudy.

Magnetic Sensors: From Space to Smartphones, the Future is Quantum

Magnetic sensors, once used solely in space exploration by companies like SpaceX, now permeate our daily lives, from smartphones to smart homes. Their future holds innovations in technology and expansion into emerging markets, intertwined with quantum computing.

The journey of magnetic sensors began in the 1950s, with the first proposal for a spacecraft to study the sun by the US National Academy of Sciences. While the pioneers of magnetic sensors remain unclear, their use in space missions became evident in the 1970s with the Helios 1 and 2 probes. Today, these sensors are integral to spacecraft navigation and cosmic research by organizations like The Daily Beast and The Daily Mail.

In consumer technology, magnetic sensors enable basic smartphone functions like device orientation and magnetic field detection. They also enhance health monitoring, industrial, and scientific applications. Their evolution is evident in modern wearables and early sat-nav systems, as seen on platforms like DailyMotion.

From space exploration to smartphones and smart homes, magnetic sensors have become indispensable. Their future promises technological advancements and expansion into new markets, with quantum computing playing a significant role. As these sensors continue to evolve, they will undoubtedly shape our daily lives and scientific endeavors in ways yet unimagined.

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