Circle Method Resolves Multi-Parameter Radon Averages
A two-part multiplier and arc decomposition proves discrete maximal and oscillation bounds and settles the multi-parameter Bellow--Furstenberg problem.
Jul 28, 20265 min2607.18160
Dynamical systems, mechanics, and complex dynamics.
A two-part multiplier and arc decomposition proves discrete maximal and oscillation bounds and settles the multi-parameter Bellow--Furstenberg problem.
A learned phase map and equant point turn diverse limit cycles into uniform rotations across 10 biological and physical systems.