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  • Nonlinearity in fibre Bragg gratings reduces broadening of slow light pulses

    • Rachel Pei Chin Won
    Research Highlights
  • Superposition of off-axis holograms drives three-dimensional imaging to subdiffraction limit

    • Anna Demming
    Research Highlights
  • Surface plasmons strongly improve performance of mid-infrared photodetectors

    • Rachel Pei Chin Won
    Research Highlights
  • Controlling the birth of attosecond light pulses

    • Oliver Graydon
    Research Highlights
  • Fibre lasers offer a new method of secure communication

    • Rachel Pei Chin Won
    Research Highlights
  • Coupling a photonic crystal waveguide to a propagating surface plasmon allows biosensors to get smaller and cheaper

    • Anna Demming
    Research Highlights
  • The strange world of quantum mechanics gets even stranger with the experimental entanglement of absent photons

    • David Gevaux
    Research Highlights
  • Silicon nitride microdisk cavities help boost atom-chip technology

    • Rachel Pei Chin Won
    Research Highlights
  • Quantum key distribution with a 10-GHz clock frequency

    • David Gevaux
    Research Highlights
  • An electrically driven hybrid silicon/III–V semiconductor laser for use in integrated optical circuits

    • David Gevaux
    Research Highlights
  • Optical quantum computers come a step closer to reality

    • Amber Jenkins
    Research Highlights
  • Metamaterial lenses could project an image onto the far-field with a resolution beyond the diffraction limit

    • Amber Jenkins
    • David Gevaux
    Research Highlights
  • Atoms moving in a Laguerre-gaussian beam experience a Doppler effect owing to their azimuthal movement

    • Rachel Pei Chin Won
    Research Highlights
  • Optical gain in a dielectric compensates for absorption losses in metallic nanoparticles

    • Rachel Pei Chin Won
    Research Highlights
  • Laser-induced ultrasound can detect malignant cancer cells

    • David Gevaux
    Research Highlights
  • All-dielectric planar chiral metamaterials can control the polarization of visible light

    • Rachel Pei Chin Won
    Research Highlights
  • All-optical modulation can be achieved at terahertz frequencies in a silicon–polymer hybrid device

    • David Gevaux
    Research Highlights
  • A new thin-film solar-cell design increases absorption of long-wavelength light

    • Rachel Pei Chin Won
    Research Highlights
  • A pair of entangled photons is teleported for the first time

    • David Gevaux
    Research Highlights