Proves a Law of the Iterated Logarithm for smooth functions in the upper half-space that yields self-improving growth properties from size conditions on the gradient and gradient of the Laplacian, without requiring harmonicity.
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The Law of the iterated logaritm for smooth functions
Proves a Law of the Iterated Logarithm for smooth functions in the upper half-space that yields self-improving growth properties from size conditions on the gradient and gradient of the Laplacian, without requiring harmonicity.