14 problems
Let be an integer and let an admissible solution mean a solution of the convolution equation defined earlier in the paper satisfying the stated admissibility conditions. Parity…
Let be a solution of the Paley–Wiener extremal problem, and let denote its Fourier transform. Fourier-transform shape conjecture. The function…
Let be the extremal function for the Paley–Wiener extremal problem, and let denote its Fourier transform. Fourier-transform regularity conjecture.…
Let , let be the extremal function, and let be its zero set. Write for the…
Let be the unique solution of the extremal problem, let denote its zero set, and let be the Paley–Wiener space. A set is a uniqueness se…
Assume the extremal problem has a unique solution , and let be its first positive zero. First-zero asymptotic conjecture. … and … The source presents these…
Assume the extremal problem has a unique solution for each , and let , , be the positive zeros of . Zero-spacing conjecture. … for a…
Let , and let a solution mean a function solving the extremal problem defined earlier in the paper. Uniform-discreteness conjecture. The zero set of any solution of the…
Let , and let a solution mean a function solving the extremal problem defined earlier in the paper. Evenness conjecture. Any solution of the extremal problem is even. The cl…
For , consider the extremal problem defining the Paley–Wiener extremal function, and call a function attaining the extremum a solution. Uniqueness conjecture. The extre…
Fix , and let be the best constant in Korevaar's inequality for point evaluation on the imaginary axis, namely…
Let denote the point-evaluation constant associated with the Paley–Wiener space . Monotonicity conjecture. The function … is strictly decreasing on…
Let be a configuration sampled from the sine process, with law denoted by , and let be a particle. A set is hereditarily complete if every…
Strong divergence conjecture. There exists an such that