Estimating Oscillatory Integrals of Convolution Type in $\mathbb{R}^d$
Aleksandra Niepla, Kevin O’Neill, Zhen Zeng
Abstract
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Aleksandra Niepla, Kevin O’Neill, Zhen Zeng
Abstract
Open-access reader
In this paper, we prove an $L^2-L^2-L^2$ decay estimate for a trilinear oscillatory integral of convolution type in $\mathbb{R}^d,$ which recovers the earlier result of Li (2013) when $d=1.$ We discuss the sharpness of our result in the $d=2$ case. Our main hypothesis has close connections to the property of simple nondegeneracy studied by Christ, Li, Tao and Thiele (2005).
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In this paper, we prove an $L^2-L^2-L^2$ decay estimate for a trilinear oscillatory integral of convolution type in $\mathbb{R}^d,$ which recovers the earlier result of Li (2013) when $d=1.$ We discuss the sharpness of our result in the $d=2$ case. Our main hypothesis has close connections to the property of simple nondegeneracy studied by Christ, Li, Tao and Thiele (2005).
Key concepts: Type (biology), Convolution (computer science), Mathematics, Pure mathematics, Physics, Mathematical analysis, Computer science, Geology