Wireless Power by Magnetic Resonance - Tucker, Christopher A.
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The subject of wireless power has been of great fascination since antiquity. First proposed in modern times by Nikola Tesla, it has intrigued and challenged the academic world. While there have been many attempts to describe this work, the mathematical explanation of wireless power can be traced to J. Clerk Maxwell's original equations and the behavior of wireless power in the circuit is due to Joseph Larmor's fundamental works on the dynamics of the field concept. Once you experience the unlimited nature of wireless power, it captures your imagination. One can build devices big and small at a…mehr

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Produktbeschreibung
The subject of wireless power has been of great fascination since antiquity. First proposed in modern times by Nikola Tesla, it has intrigued and challenged the academic world. While there have been many attempts to describe this work, the mathematical explanation of wireless power can be traced to J. Clerk Maxwell's original equations and the behavior of wireless power in the circuit is due to Joseph Larmor's fundamental works on the dynamics of the field concept. Once you experience the unlimited nature of wireless power, it captures your imagination. One can build devices big and small at a range of frequencies, from small implants to industrial and robotic applications. This book is written for those who thrive on innovation and the unforetold limits of the evolution of the human spirit.
Autorenporträt
Dr. Tucker was born in Chicago, Illinois and attended the University of Reading, where he received his PhD. Fascinated by wireless power and robotics at a young age, he spent much of his formative years winding coils and assembling circuits in the basement of his family house in an attempt to understand the invisible force known as electromagnetism