Browse Articles

Filter By:

  • 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
  • Cardioid annular condenser takes conventional transmission microscopy past the diffraction limit

    • Anna Demming
    • David Gevaux
    Research Highlights
  • Light could be used to measure the quantum ground state of a macroscopic mechanical resonator

    • David Gevaux
    Research Highlights
  • Measuring the rotation of laser light polarization allows a new way of measuring NMR

    • David Gevaux
    Research Highlights