Let (0) and ø(0) be arbitrary functions of the angle 0 which have the property (0) = v(0 + 2n) and ø(0) = ¢(0 + 2n), since the angles 0 and 0 + 2n are physically identical. Show that the operator ÔN =...


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Let (0) and ø(0) be arbitrary functions of the angle 0 which have the property<br>(0) = v(0 + 2n) and ø(0) = ¢(0 + 2n), since the angles 0 and 0 + 2n are physically<br>identical. Show that the operator<br>ÔN = i (0/d0)<br>is Hermitian if 0 spans the angular range from 0 to 27 radians.<br>Hint: Calculate the integral<br>do o*(0) Ñ v(0)<br>by parts to show that<br>r27<br>2T<br>do 4* (0) ÔÑ 4(Ð) = |.<br>d0 [ÎÑ ø(0)]* v(0) .<br>

Extracted text: Let (0) and ø(0) be arbitrary functions of the angle 0 which have the property (0) = v(0 + 2n) and ø(0) = ¢(0 + 2n), since the angles 0 and 0 + 2n are physically identical. Show that the operator ÔN = i (0/d0) is Hermitian if 0 spans the angular range from 0 to 27 radians. Hint: Calculate the integral do o*(0) Ñ v(0) by parts to show that r27 2T do 4* (0) ÔÑ 4(Ð) = |. d0 [ÎÑ ø(0)]* v(0) .

Jun 04, 2022
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