ther something is a wave or a particle depends strictly on the onlooker=s intent (Heisenberg Uncertainty Principle. 1995). Einstein=s Theory=s of Relativity tend to back this up (Einstein, A., 1950).
Exactly how scientists and engineers propagate wave forms has occupied a great deal of the time and energy during the last one hundred years plus. As a practical matter however, communications engineers have used the frequencies at the bottom of the spectrum, comprising far less than one percent of the total span available. Radio has long made use of Maxwell=s Rainbow, as well as television, microwave and radar technologies.
The key to furthering the use of Maxwell=s Rainbow is efficiency. This efficiency is nurtured by the ever increasing speed of computer chips which depend on the manipulation of electrons through the highly sophisticated use of quantum effective materials. The universe of communications via the use of electromagnetic frequencies relates to wave forms on the atomic and photonic fronts. It is a close family that is getting more interesting all the time.
Maxwell=s Rainbow: Vying for Future Use
What applications are on the cutting edge of using the electromagnetic spectrum? Actually many
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