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m=0; thetaqmax=0; thetasmax=0; phiqmax=0; phismax=0; thetarmax=0; thetatmax=0; phirmax=0; phitmax=0; % for thetaq=(0:2)*pi for thetas=(0:2)*pi for...
Hello, i have attached the code of my problem, so in this code i am testing the Bell's inequality that violated by quantum mechanics that is the max value is 2*sqrt(2) for the two qbit which is psi=1/sqrt(2)*(|01>-|10>) so f=<qs>+<rs>+<rt>-<qt>= 2*sqrt(2) .
In my code, i derived the f functions from this (psi=1/sqrt(2)*(|01>-|10>)) in spherical coordinate. Actually, i run it and it worked fine but it gave me the max value only 2 , it should give me the max value 2.8 which is 2sqrt2 as the analytical solution.
Could you please see it and find the problem why just give me 2 .
