This paper proves new Kakeya maximal function estimates in R^n at dimension d(n) = max_k min(n-k+2, (n^2+k^2+n-k)/(2n)), improving the previous record in all dimensions n >= 5 except n = 6.
New Kakeya estimates using the polynomial Wolff axioms
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abstract
We obtain new bounds for the Kakeya maximal conjecture in most dimensions $n<100$, as well as improved bounds for the Kakeya set conjecture when $n=7$ or $9$. For this we consider Guth and Zahl's strengthened formulation of the maximal conjecture, concerning families of tubes that satisfy the polynomial Wolff axioms. Our results give improved estimates for this strengthened formulation when $n =5$ or $n \geq 7$.
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math.CA 1years
2019 1verdicts
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New Kakeya estimates using Gromov's algebraic lemma
This paper proves new Kakeya maximal function estimates in R^n at dimension d(n) = max_k min(n-k+2, (n^2+k^2+n-k)/(2n)), improving the previous record in all dimensions n >= 5 except n = 6.