Metasurfaces for
Adaptive Wave Control
TuneWave develops electrically tunable metasurfaces and photonic platforms for beam steering, spatial light modulation, optical modulation, and chip-scale interconnects.
Electrically tunable wave control
TuneWave is focused on active metasurface and photonic systems where electrical control replaces bulky mechanical steering, fixed optical stacks, and discrete modulation hardware.
Conventional systems
Many optical and photonic systems still depend on mechanical motion, fixed components, or large assemblies that limit speed and integration.
TuneWave metasurfaces
Electrically tunable metasurfaces and integrated photonics can shape light directly in compact, chip-compatible form factors.
Active Photonic Platforms
TuneWave's work centers on electrically tunable metasurfaces and on-chip photonics for applications where fast, compact, low-power wave control matters.
Our Team
Andrea Alù
Distinguished Professor at CUNY, Founding Director of the Photonics Initiative, and pioneer of electromagnetic cloaking, time-reflections, and extreme nonlinearities. Recipient of the NSF Alan T. Waterman Award and Blavatnik National Award.
Arash Nemati
Leading TuneWave's vision to translate cutting-edge metasurface research into real-world applications. Bridging the gap between fundamental physics and scalable, deployable technology.
Interested in Our Technology?
Whether you're a potential partner, investor, or researcher — we'd love to hear from you.
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