Read article: Daytime polarization patterns point the way to True North Optical physics Research update Daytime polarization patterns point the way to True North New technique makes it possible to locate the north celestial pole without computing the Sun’s position or using navigation aids
Read article: Our colourful world: an illustrated journey through the rainbow Optical physics Opinion and reviews Our colourful world: an illustrated journey through the rainbow Michael Banks and his son Henry review Can You Get Rainbows in Space? by Sheila Kanani, illustrated by Liz Kay
Read article: Sound waves break light transmission reciprocity Optical physics Research update Sound waves break light transmission reciprocity New technique could advance optical communications that encode information in the orbital angular momentum of light
Read article: Nanoparticles levitated by light exhibit non-reciprocal interactions Optical physics Research update Nanoparticles levitated by light exhibit non-reciprocal interactions Tight control over interactions gives physicists a new platform for exploring collective quantum dynamics
Read article: Anti-laser enables near-perfect light absorption Optical physics Research update Anti-laser enables near-perfect light absorption Researchers create a light trap in which a beam of light prevents itself from escaping
Read article: Anti-reflection coating allows perfect light transmission Optical physics Research update Anti-reflection coating allows perfect light transmission New technique completely eliminates wave reflections and could improve wireless reception as well as biomedical imaging techniques
Read article: Helical light tells chiral molecules apart Optical physics Research update Helical light tells chiral molecules apart New technique could have important applications for drug development, biochemistry and toxicology
Read article: Meta-atoms act like road signs for light waves Advanced materials Research update Meta-atoms act like road signs for light waves Nonlinear dielectric nanostructures could control the flow of light in next-generation devices for information processing and communicationsÂ
Read article: Near-unipolar laser pulses could control qubits Optical physics Research update Near-unipolar laser pulses could control qubits A laser pulse that largely circumvents the inherent symmetry of light waves could be used to manipulate quantum information
Read article: Microcavity could make a platform for quantum sensing Quantum optics Research update Microcavity could make a platform for quantum sensing New work shows that the dynamical instabilities of a system can be exploited as a resource
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