In the laws of exponents, a number can never be raised to an exponent to yield negative values. Only using complex exponents can negative values be obtained.
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Trying the same formulation in python, it is worth noting that the formulation fails for a = 1 hence a special case output for a = 1.
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Some sample output is ;
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Similar treatments in MATLAB is also fruitful
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The visible change is that iota in MATLAB it is i, while in Python it is j.

Trying the same formulation in python, it is worth noting that the formulation fails for a = 1 hence a special case output for a = 1.

Some sample output is ;

Similar treatments in MATLAB is also fruitful
The visible change is that iota in MATLAB it is i, while in Python it is j.
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