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I am not exactly sure if this is for math stackexchange or crypto:

A TRNG outputs numbers in $[0,1]$ in a Gaussian distribution. I would like to convert them into uniform random bytes ($[0,255] $) to perform byte operations. What is s cryptographically secure method of doing this?

Here is an example distribution from my generator:

I am not exactly sure if this is for math stackexchange or crypto:

A TRNG outputs numbers in $[0,1]$ in a Gaussian distribution. I would like to convert them into uniform random bytes ($[0,255] $) to perform byte operations. What is s cryptographically secure method of doing this?

Here is an example distribution from my generator before normalized between $[0,1]$:

Edit:

Output from my original methodology: Normalize values to to be within $[0,1]$, remove first and second decimal place via $x*100-floor(x*100)$, then put between value discrete values in $[0,255]$ via $floor(x*255)$. The resulting distribution is as follows:

I am not exactly sure if this is for math stackexchange or crypto:

A TRNG outputs numbers in $[0,1]$ in a Gaussian distribution. I would like to convert them into uniform random bytes ($[0,255] $) to perform byte operations. What is s cryptographically secure method of doing this?

I am not exactly sure if this is for math stackexchange or crypto:

A TRNG outputs numbers in $[0,1]$ in a Gaussian distribution. I would like to convert them into uniform random bytes ($[0,255] $) to perform byte operations. What is s cryptographically secure method of doing this?

Here is an example distribution from my generator: