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arxiv.org arXiv
arxiv.org › abs › math › 0601272v1
Lectures on Nehari's Theorem on the Polydisk
We give a leisurely proof of a result of Ferguson--Lacey (math.CA/0104144) and Lacey--Terwelleger (math.CA/0601192) on a Nehari theorem for "little" Hankel operators on a polydisk. If H_b is a little ...
arxiv.org arXiv
arxiv.org › abs › 1304.5004v4
The Two Weight Inequality for the Hilbert Transform: A Primer
Recent work of Lacey-Sawyer-Shen-Uriarte-Tuero and Lacey have established a conjecture of Nazarov-Treil-Volberg, giving a real-variable characterization of the two weight inequality for the Hilbert tr...
arxiv.org arXiv
arxiv.org › abs › 0704.3720v2
Multiparameter Riesz Commutators
It is shown that product BMO of Chang and Fefferman, defined on the product of Euclidean spaces can be characterized by the multiparameter commutators of Riesz transforms. This extends a classical one...
arxiv.org arXiv
arxiv.org › abs › 1108.0457v1
PHENIX Measurements of Higher-order Flow Harmonics in Au+Au collisions at Root_s = 200 GeV
Flow coefficients $v_n$ for $n$ = 2, 3, 4, characterizing the anisotropic collective flow in Au+Au collisions at $\sqrt{s_{NN}} = 200$ GeV, are presented. They indicate the expected growth of viscous ...
arxiv.org arXiv
arxiv.org › abs › math › 0310348v3
Hankel Operators in Several Complex Variables and Product $BMO\zProd$
$H^2\zProd$ denotes the Hardy space of square integrable functions analytic in each variable separately. Let $P^{\ominus}$ be the natural projection of $L^2\zProd$ onto $\z8{H^2\zProd}$. A Hankel oper...
arxiv.org arXiv
arxiv.org › abs › 1505.00195v4
On $A_p$-$A_\infty$ type estimates for square functions
We prove strong-type $A_p$-$A_\infty$ estimate for square functions, improving on the $ A_p$ bound due to Lerner. Entropy bounds, in the recent innovation of Treil-Volberg, are then proved. The techni...
arxiv.org arXiv
arxiv.org › abs › 0911.0713v2
Weak and Strong-type estimates for Haar Shift Operators: Sharp power on the $A_p$ characteristic
As a corollary to our main result we deduce sharp A_p$ inequalities for T being either the Hilbert transform in dimension d=1, the Beurling transform in dimension d=2, or a Riesz transform in any dime...
arxiv.org arXiv
arxiv.org › abs › 1301.4663v5
Two Weight Inequality for the Hilbert Transform: A Real Variable Characterization, II
A conjecture of Nazarov--Treil--Volberg on the two weight inequality for the Hilbert transform is verified. Given two non-negative Borel measures u and w on the real line, the Hilbert transform $H_u$ ...
arxiv.org arXiv
arxiv.org › abs › math › 0405097v1
Remarks on Product VMO
Well known results related to the compactness of Hankel operators of one complex variable are extended to little Hankel operators of two complex variables. Critical to these considerations is the resu...
arxiv.org arXiv
arxiv.org › abs › math › 0310346v2
Maximal Theorems for the Directional Hilbert Transform on the Plane
For a Schwartz function $f$ on the plane and a non-zero $v\in\ZR^2$ define the Hilbert transform of $f$ in the direction $v$ to be $$ H_vf(x)=\text{p.v.}\int_\ZR f(x-vy) \frac{dy}y $$ Let $ζ$ be a Sc...