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Latest:
  • Marriage between quantum symmetry and spatiotemporal modulation innovates the laser design beyond monochromatic emission
  • When metasurface meets integrated photonics: guided wave-driven metasurface for flexible control of free-space light
  • Metasurface with Space-Time Phase Modulation Enables Nonreciprocal Light Reflection
  • Professor Xingjie Ni selected as one of eight NASA Early Career Faculty for Space Technology Research
  • Professor Xingjie Ni named one of five inaugural Moore Inventor Fellows
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Nanophotonics and Optoelectronics Laboratory at Penn State

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Research 

Marriage between quantum symmetry and spatiotemporal modulation innovates the laser design beyond monochromatic emission

11/09/202111/11/2021 Xingjie Ni

Quantum symmetry, especially parity-time (PT) symmetry, has been widely explored in nanostructures and waveguides for developing a new generation of

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Research 

When metasurface meets integrated photonics: guided wave-driven metasurface for flexible control of free-space light

10/14/202110/14/2021 Xingjie Ni

A new technology that can allow for better light control without requiring large, difficult-to-integrate materials and structures has been developed

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Research 

Metasurface with Space-Time Phase Modulation Enables Nonreciprocal Light Reflection

05/12/202010/14/2021 Xingjie Ni

Our group developed a new type of time-variant optical metasurface with which phase modulation in both space and time is

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Research 

Invisibility Skin Cloak Making 3D Objects Disappear

12/09/201511/15/2016 Xingjie Ni

Metamaterial-based optical cloaks have thus far used volumetric distribution of the material properties to gradually bend light and thereby obscure

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Research 

Metasurface Holograms Reconstruct High-Resolution 3D images

12/07/201511/08/2016 Xingjie Ni

Holography, a revolutionary 3D imaging technique, has been developed for storing and recovering the amplitude and phase of light scattered

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News

  • Marriage between quantum symmetry and spatiotemporal modulation innovates the laser design beyond monochromatic emission
  • When metasurface meets integrated photonics: guided wave-driven metasurface for flexible control of free-space light
  • Metasurface with Space-Time Phase Modulation Enables Nonreciprocal Light Reflection
  • Professor Xingjie Ni selected as one of eight NASA Early Career Faculty for Space Technology Research
  • Professor Xingjie Ni named one of five inaugural Moore Inventor Fellows

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  • Photonics & Spectroscopy Lab
  • Zhang Lab

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