Tamir Bendory 2026-11-05
Tamir Bendory coauthored a study of Fourier phase retrieval with Robert Beinert and Yonina C. Eldar. It examines reconstruction from Fourier magnitudes and distinguishes unavoidable ambiguities from genuine uniqueness failures. Global phase, translation and conjugate reflection already preserve basic magnitude data, so meaningful recovery claims must account for these symmetries.[ref]
Yonina C. Eldar 2026-11-05
Yonina C. Eldar coauthored a study of Fourier phase retrieval with Tamir Bendory and Robert Beinert. It compares basic magnitude measurements with richer designs such as masks or short-time measurements. Extra measurement structure can remove ambiguities that persist in the simplest model, linking experimental design with mathematical identifiability.[ref]