Metasurfaces are a potential technology for wearable electronics, especially virtual and augmented reality systems, since they use carefully designed and structured nanostructures on a flat surface to target, shape, and manipulate light.
X-ray detection is critical in a variety of situations, including radiation detection, medical diagnostics, and security inspection.
Optical lens advancement has long been regarded as a significant indicator of human scientific progress. Eyeglasses, cameras, telescopes, and microscopes have all enabled to see the world in a new light, both literally and metaphorically.
The advancement of terahertz (THz) imaging technology has attracted much interest in past years as a novel far-infrared inspection method.
According to Australian scientists who created a nanotech imaging device small enough to fit on a smartphone camera lens, it can make the detection of some diseases accessible and inexpensive for individuals in rural and isolated areas.
By combating the inherent limitations of electrons, optical computing utilizes photons rather than electrons to conduct computations, which can substantially enhance the speed and energy performance of computations.
In the domain of science and technology, an enduring mission has been to design electronics and information processing that function closest to the fastest timescales permitted by the laws of nature.
On 2 May 2022, the EU-funded PULSATE project launched the Technology Transfer Experiments (TTE) Open Call for LBAAM technology in production environments.
Batteries are essential to achieve a fossil-free and climate-neutral society. Solid-state batteries are considered to be the future within battery technology, although further research is necessary.
Peng Chen and Laurent Bellaiche of the University of Arkansas found an astounding mechanism for controlling ferroelectric polarization in a deterministic manner by applying light.
For the first time, scientists have illustrated light-induced thermomagnetic recording in a magnetic thin-film on silicon waveguides. The writing method could lead to miniature greater performance magneto-optical memories without the need for bulky optics or mechanical rotation.
Radiant Vision Systems, a leading provider of visual test and measurement solutions for light sources and displays, announces its new ProMetric® I-SC Solution for light and color measurement.
The heart of chemistry and biology is phenomena lasting trillionths of a second. They are everywhere. The world has only recently started trying to document their real path, with mixed results.
A team led by Prof. Liang Li and Prof. Guanghai Li from the Chinese Academy of Sciences’ (CAS) Hefei Institutes of Physical Science (HFIPS) and Prof. Feng Yan from Hong Kong Polytechnic University recently developed a new two-dimensional (2D)-based photodetector with ultrafast photoresponse and broadband detection abilities.
VTT is Finland’s major developer of silicon photonics. Silicon chips’ fast speed, energy efficiency, and minuscule size can help a wide range of applications, from medical to autonomous transportation.
News Categories