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Newton's equations of motion on electrons can be expressed as follows. (dv(t) m v(t) -eE dt Using Newton's equations of motion for electrons, prove that the conductivity at frequency w(omega) satisfies the following equation. 1+ iwr 1+ (@r)²/ a(w) = a(0)

Newton's equations of motion on electrons can be expressed as follows. (dv(t) m v(t) -eE dt Using Newton's equations of motion for electrons, prove that the conductivity at frequency w(omega) satisfies the following equation. 1+ iwr 1+ (@r)²/ a(w) = a(0)

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Newton's equations of motion on electrons can be expressed as follows. (dv(t) + »O) - = -eE т dt Using Newton's equations of motion for electrons, prove that the conductivity at frequency w(omega) satisfies the following equation. 1+ iwr (1+ (@r)², a(w) = a(0)|
Transcribed Image Text:Newton's equations of motion on electrons can be expressed as follows. (dv(t) + »O) - = -eE т dt Using Newton's equations of motion for electrons, prove that the conductivity at frequency w(omega) satisfies the following equation. 1+ iwr (1+ (@r)², a(w) = a(0)|
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