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We present two complementary strategies to advance the wavefront shaping capabilities of flat optics: shape optimization for multi-objective functionality and improved efficiency in single-layer metasurfaces, and free-standing bilayer stacking to surpass limits in polarization control, complex modulation, and dispersion engineering.

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Pushing the Limits of Flat Optics: Shape Optimization and Free-Standing Bilayer Metasurfaces

  • 会议论文

  • 发表日期：

    2026年

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  • Ahmed H. Dorrah,
  • Paulo Dainese,
  • Alfonso Palmieri,
  • Joon-Suh Park,
  • Louis Marra,
  • Davide Cassara,
  • Ary Portes,
  • Jaewon Oh,
  • Jun Yang,
  • Janderson R. Rodrigues,
  • Federico Capasso

摘要

We present two complementary strategies to advance the wavefront shaping capabilities of flat optics: shape optimization for multi-objective functionality and improved efficiency in single-layer metasurfaces, and free-standing bilayer stacking to surpass limits in polarization control, complex modulation, and dispersion engineering.