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https://ddarmon.github.io/post/the-land-of-lost-significance-exact-tests-with-discrete-test-statistics

Quantum Statistics: Exact Tests with Discrete Test Statistics

For those who ended up here looking for information about quantum statistical mechanics or particle statistics: apologies! But sometimes I feel like physicists took all the exciting names, so I’m stealing the term quanta as it relates to an observable that can take on only discrete (not continuous values). That has interesting consequences for inferential procedures based on such discrete (“quantum”) statistics, as we will see in this post.



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Quantum Statistics: Exact Tests with Discrete Test Statistics

https://ddarmon.github.io/post/the-land-of-lost-significance-exact-tests-with-discrete-test-statistics

For those who ended up here looking for information about quantum statistical mechanics or particle statistics: apologies! But sometimes I feel like physicists took all the exciting names, so I’m stealing the term quanta as it relates to an observable that can take on only discrete (not continuous values). That has interesting consequences for inferential procedures based on such discrete (“quantum”) statistics, as we will see in this post.



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https://ddarmon.github.io/post/the-land-of-lost-significance-exact-tests-with-discrete-test-statistics

Quantum Statistics: Exact Tests with Discrete Test Statistics

For those who ended up here looking for information about quantum statistical mechanics or particle statistics: apologies! But sometimes I feel like physicists took all the exciting names, so I’m stealing the term quanta as it relates to an observable that can take on only discrete (not continuous values). That has interesting consequences for inferential procedures based on such discrete (“quantum”) statistics, as we will see in this post.

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      Quantum Statistics: Exact Tests with Discrete Test Statistics
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      For those who ended up here looking for information about quantum statistical mechanics or particle statistics: apologies! But sometimes I feel like physicists took all the exciting names, so I’m stealing the term quanta as it relates to an observable that can take on only discrete (not continuous values). That has interesting consequences for inferential procedures based on such discrete (“quantum”) statistics, as we will see in this post.
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      Quantum Statistics: Exact Tests with Discrete Test Statistics
    • twitter:description
      For those who ended up here looking for information about quantum statistical mechanics or particle statistics: apologies! But sometimes I feel like physicists took all the exciting names, so I’m stealing the term quanta as it relates to an observable that can take on only discrete (not continuous values). That has interesting consequences for inferential procedures based on such discrete (“quantum”) statistics, as we will see in this post.

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      Quantum Statistics: Exact Tests with Discrete Test Statistics
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      For those who ended up here looking for information about quantum statistical mechanics or particle statistics: apologies! But sometimes I feel like physicists took all the exciting names, so I’m stealing the term quanta as it relates to an observable that can take on only discrete (not continuous values). That has interesting consequences for inferential procedures based on such discrete (“quantum”) statistics, as we will see in this post.
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