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The phase distribution is P(O)=-=K010) (1) 21 1 21 -ing Се m Show Eq.(3). Use Eq.(1). The summation is a geometric serie
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The phase distribution is P(O)=-=K010) (1) 21 1 21 -ing Се m Show Eq.(3). Use Eq.(1). The summation is a geometric serie
The phase distribution is P(O)=-=K010) (1) 21 1 21 -ing Се m Show Eq.(3). Use Eq.(1). The summation is a geometric series. We consider an approximate phase state which is normalized, ind) |®). Σ (2) UN N +1 NX e 1919 = app n=0 MHZX (N.max +1)(0-01) if}] sin ZX PO) 1 2 (Nmax +1)* (3) 2 0- 2 sin 01 = 0.51) |^2 = 0.77) = Figure 1: Phase distribution functions of 4 = 0.51) and (62 = 0.71). The maximum number is Nmax = 12.
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