Superconducting single-photon detector allows acquisition of high-fidelity optical coherence tomography images at very low light power levels
Unusual properties of so-called "trochoidal" light waves could lead to new spectroscopic tools
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Read article: Photonic nanojet lenses are spun from spider silk
New lenses could take large-area, high-resolution biomedical images of tissue
Read article: Beetle-inspired film reflects 95% of solar radiation
Material could be used to cool cars and electronics
Read article: Two new frequency combs could boost telecoms and molecular fingerprinting
One is low-cost, yet very stable, while the other uses a surprising new mechanism
Read article: Metasurface laser produces super-twisted light
New device could act as an “optical spanner” or wrench to control physical objects
Read article: Femtosecond photonics: precision meets robustness
By leveraging innovations in ultrastable lasers, accurate phase detection and timing synchronization, Menlo Systems’ femtosecond fibre lasers provide a core enabling technology f...
Read article: Microbe-killing short-wavelength UV radiation produced by LEDs
Practical device could kill microbes safely and effectively on skin and in the nose and throat
Read article: Twin Airy beams image tiny particles flowing in the bloodstream of live fish
New technique boosts depth range for tracking single molecules
Read article: Nonlinear integrated photonics speeds up coherent lidar
EPFL researchers use nonlinear photonic circuits to improve lidar, a technique for mapping distances using reflected laser light
Read article: Reality check: COVID-19 and UV disinfection
How UV light is helping in the current pandemic, and its potential to play a bigger role in future disease outbreaks
Read article: �?Twistronics for photons’ brings tunable diffraction-free light rays
Experiments reveal a photonic analogue for electron superconductivity in twisted bilayer graphene
Read article: �?Photon crystals’ could be made using Rydberg atoms
Repulsive interaction between photons is created in ultracold gas
Read article: Microwave timing signals get hundredfold boost in stability
Optical-clock performance is accessible to electronic devices
Read article: Solitons from new fibre laser could improve eye surgery
Short and powerful pulses are held together by high-order dispersion
Read article: Artificial eye has the potential to outperform human vision
New device could help visually impaired people
Read article: Optical phased array steers blue light
New device could significantly reduce the size of the light projection components employed in many emerging applications
Read article: Far-ultraviolet light could fight the next pandemic, assessing the physics in a sci-fi blockbuster, how to detect a black hole in the solar system
Science fact and fiction in the Physics World Weekly podcast
Read article: Retinal imaging goes high resolution
New technique allows the cells involved in age-related macular degeneration to be observed more easily, raising hopes for earlier diagnosis
Read article: New devices produce and detect twisted light
Novel detection method could substantially boost fibre-optic capacity and support advanced quantum communication protocols