A medical imaging technique that relies on light polarization could become a fast and accurate optical method for detecting cancer and determining the stage of the disease.
Can we demonstrate quantum mechanics at scales relevant to a human being? To find out, we turned to a beautiful gem that may just turn out to be a physicist’s best friend.
The idea of building a space-based quantum network is appealing, but there are many challenges. A new model for low-cost satellites is bringing global quantum communication a step closer to reality.
Miniature semiconductor laser is based on plasmon amplification.
From small-town shop to global photonics leader, Gooch & Housego has evolved over six decades through a series of smart product developments and strategic acquisitions.
Paul Corkum uses laser pulses that last a quintillionth of a second to study atoms and molecules.
Turkish monuments constructed centuries ago have been found to include surprisingly sophisticated designs for controlling sound and light.
How does a clever toy create a near-perfect illusion when all of the rays emanating from the object are located far off the optical axis?