Route AGradient Producer Uniform #
Part of the Caffarelli–Kohn–Nirenberg partial regularity proof.
The pressure-gradient producer at a free velocity exponent #
The bootstrap of prop:bootstrap runs the velocity through the whole range
τ ∈ [25/3, 25] of Morrey exponents, and each round needs the pressure
gradient in M^{6/5, κ(τ)} with 1/κ(τ) = 1/τ + 1/τ₃ and τ₃ = 25/8, that
is κ(τ) = (1/τ + 8/25)⁻¹. The symmetric-ball producer interfaces are
stated here with τ free, and the established τ = 25/3 producers are identified
as the base point of that family.
The slicewise L^{6/5} pressure-gradient production on the symmetric
ball, with the incoming velocity Morrey exponent τ free. The conclusion
does not mention τ: only the hypothesis on u does.
Equations
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Instances For
The Route A pressure-gradient producer at a free velocity exponent. This
is the statement consumed by the regularity provider for every τ that the
bootstrap of prop:bootstrap visits.
Equations
- One or more equations did not get rendered due to their size.
Instances For
The exponent τ = 25/3 instance. It identifies the established
single-exponent slice interface as the base point of the uniform family.
At τ = 25/3 the uniform slice producer is the established slice producer.
The slice production is exponent-generic for free: on a ball of finite
radius the Morrey exponent can be lowered, so the established τ = 25/3 slice
producer already yields the whole uniform family. The cell transfer is the
only interface of the symmetric route that carries the exponent into its
conclusion, so it is the one remaining τ-dependent analytic input.
The established slice producer gives the τ-uniform slice producer.