Nano-optical metasurfaces can give cell phones, augmented and virtual reality (AR/VR), and autonomous vehicles/robots a 360-degree view of their surrounding environment.
Dec. 9, 2022
(Courtesy of Florian Ströhl, UiT Arctic University of Norway)
Multifocus microscope produces multiple 3D images clearer and quicker than conventional technologies with the ability to revolutionize imaging applications.
Researchers discover a security vulnerability attackers can use to selectively remove an entire area of LiDAR field-of-view, so spoofed signals go fully unnoticed by the system...
Decades of research focused on two-photon laser scanning microscopy is enabling new ways for neuroscientists to measure in vivo neuronal activity in three dimensions.
Dec. 6, 2022
(Image credit: Andong Wang, Pol Sopeña, and David Grojo)
Researchers fabricate embedded structures inside semiconductor materials—demonstrating a 3D laser writing method’s potential to take semiconductor manufacturing from a largely...
A molecular microscopy technique is helping researchers more effectively identify cellular DNA and RNA in breast cancer cells. This could lead to development of new treatments...
The recent honor bestowed upon Alain Rousset is a prime example of the type of celebrations the global photonics community needs to continue to embrace.
While the well-known philosophical path toward quantum entanglement is conceptually attractive, it is fraught with hidden variable theories and paradoxes.
A super-resolution photoacoustic microscopy system using tapered optical fiber allows researchers to overcome common challenges presented by conventional approaches.
Researchers in Denmark built a dielectric nanocavity that compresses light below the diffraction limit—dispelling a widespread misconception that this was impossible in dielectric...
