| 11. | The density function of this distribution can be written as
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| 12. | N'is the standard normal probability density function.
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| 13. | Then the probability density function of X is given at any time t by
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| 14. | Its probability density function in x is therefore proportional to
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| 15. | Then the function \ varphi ( x ) is a probability density function.
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| 16. | The amplitude of the signal has very nearly a Gaussian probability density function.
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| 17. | The GMM probability density function for a point is:
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| 18. | A similar equation holds for the conditional probability density functions in the continuous case.
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| 19. | Darker indicates higher value of the density function.
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| 20. | The quantum potential, expressed in terms of the probability density function, becomes:
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