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  • Evanescent waves from nanomaterials aid compact chemical detection

    • Rachel Pei Chin Won
    Research Highlights
  • An ensemble of cold atoms trapped in an optical lattice provides precision timing for optical clocks

    • David Gevaux
    Research Highlights
  • Scientists have now used metamaterials to control terahertz radiation efficiently in real time

    • Amber Jenkins
    Research Highlights
  • Microfluidic lasers enhance the sensitivity of very small-scale chemical sensors

    • David Gevaux
    Research Highlights
  • In the world of molecular dynamics, timescales are short. But by taking a series of infrared snapshots, changes in molecular configuration that occur over a few hundred picoseconds can be observed.

    • Amber Jenkins
    Research Highlights
  • Surface-emitting terahertz quantum-cascade lasers offer better slope efficiencies than their edge-emitting counterparts

    • Rachel Pei Chin Won
    Research Highlights
  • Microdisks provide strong light confinement for erbium-doped silicon lasers

    • David Gevaux
    Research Highlights
  • Solitons maintain their confinement as they are manipulated to change direction

    • Amber Jenkins
    Research Highlights
  • Controlled spatial alignment is critical to cavity quantum electrodynamics in solid-state systems

    • Rachel Pei Chin Won
    Research Highlights
  • Photonic crystals enhance the light emission from silicon–germanium quantum dots

    • David Gevaux
    Research Highlights
  • Composite photonic crystal structures offer more flexible superlens designs

    • Rachel Pei Chin Won
    Research Highlights
  • Photons find fundamental quantum limit to heat transfer

    • Amber Jenkins
    Research Highlights
  • Fluorescence modulation advances three-dimensional optical data storage

    • Rachel Pei Chin Won
    Research Highlights
  • Epitaxial growth of thin zinc telluride layers could advance the development of terahertz emitters and detectors

    • David Gevaux
    Research Highlights
  • Grooves guide terahertz surface plasmon polaritons to subwavelength confinement

    • Oliver Graydon
    Research Highlights
  • Quantum dots help to guide light at the subdiffraction limit

    • Rachel Pei Chin Won
    Research Highlights
  • Studies reveal new ways in which chiral molecules get a grip over light

    • Amber Jenkins
    Research Highlights
  • Sinusoidal gating enables InGaAs avalanche photodiodes to operate at 800 MHz

    • David Gevaux
    Research Highlights