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      • The lasting importance of Hertz's discovery cannot be overstated. Consider the use to which radio and other electromagnetic waves are put today: radio, television, radar, food preparation, welding, heat sealing, magnetic resonance imaging, radio astronomy, and navigation are only a few of the applications.
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  2. In 1888 German physicist Heinrich Hertz (1857-1894) produced and detected electromagnetic waves in his laboratory. His goal was to verify some of the predictions about these waves that had been made by Scottish physicist James Clerk Maxwell (1831-1879).

  3. Oct 12, 2012 · Heinrich Hertz was a brilliant German physicist and experimentalist who demonstrated that the electromagnetic waves predicted by James Clerk Maxwell actually exist. Hertz is also the man whose peers honored by attaching his name to the unit of frequency; a cycle per second is one hertz.

  4. Jun 14, 2022 · In this building, Heinrich Hertz first verified Maxwell's equations and prediction of electromagnetic waves in 1886-1888. He observed the reflection, refraction and polarization of the waves and, moreover, the equality of their velocity of propagation with the velocity of light.

  5. Feb 22, 2012 · Hertz needed new apparatus to prove Maxwell's theory of the existence of electromagnetic waves and he worked his way towards this which was finally achieved in 1888. During four years in Karlsruhe Hertz published nine papers.

  6. Jan 1, 1988 · Confirmation that electromagnetic phenomena propagate through free space and dielectrics as waves travelling with the velocity of light (rather than instantaneously) was obtained by Heinrich Hertz just one hundred years ago, in 1888.

    • Charles Süsskind
    • 1988
  7. Dec 6, 2015 · The Electromagnetic Spectrum. Hertz's contribution to the spectrum was his discovery of radio waves. Hertz performed more experiments and was soon able to fully verify Maxwell's theory.

  8. Jan 1, 2019 · The German physicist Heinrich Hertz is widely known for being one of the first scientists to broadcast and receive electromagnetic waves, but he is also important for his contributions to the field of optics.

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