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What The Hell are Scalar Waves pt1
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<blockquote data-quote="Einstein" data-source="post: 207887" data-attributes="member: 288"><p>You can't describe a wave phenomena as being a scalar. That doesn't happen. All wave phenomena have magnitude and direction. That makes them vector phenomena by definition.</p><p></p><p>"Mathematicians <strong>and</strong> scientists call a quantity which depends on direction a <strong>vector</strong> quantity. A quantity which does not depend on direction is called a <strong>scalar</strong> quantity. <strong>Vector</strong> quantities have two characteristics, a magnitude <strong>and</strong> a direction. <strong>Scalar</strong> quantities have only a magnitude."</p><p></p><p>The interference pattern between two opposing longitudinal waves is by definition a scalar quantity. But no longer a wave phenomena since the velocity component is no longer detectable.</p><p></p><p>Just remember a wave phenomena needs to have direction in physical space in order to be a wave phenomena.</p><p></p><p>Now on the theory side I did construct my magnetic propulsion experiment using magnetic pulses oriented at specific points in time. That is why I say the magnetic field is not oriented in the direction of time. By connecting a time component to the magnetic field, results in physical motion in space. Thus creating a magnetic wave in normal space.</p></blockquote><p></p>
[QUOTE="Einstein, post: 207887, member: 288"] You can't describe a wave phenomena as being a scalar. That doesn't happen. All wave phenomena have magnitude and direction. That makes them vector phenomena by definition. "Mathematicians [B]and[/B] scientists call a quantity which depends on direction a [B]vector[/B] quantity. A quantity which does not depend on direction is called a [B]scalar[/B] quantity. [B]Vector[/B] quantities have two characteristics, a magnitude [B]and[/B] a direction. [B]Scalar[/B] quantities have only a magnitude." The interference pattern between two opposing longitudinal waves is by definition a scalar quantity. But no longer a wave phenomena since the velocity component is no longer detectable. Just remember a wave phenomena needs to have direction in physical space in order to be a wave phenomena. Now on the theory side I did construct my magnetic propulsion experiment using magnetic pulses oriented at specific points in time. That is why I say the magnetic field is not oriented in the direction of time. By connecting a time component to the magnetic field, results in physical motion in space. Thus creating a magnetic wave in normal space. [/QUOTE]
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What The Hell are Scalar Waves pt1
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