Researchers have developed a novel method to trace light fields directly inside cavities, providing in-situ measurement where future field-resolved studies of light-matter interactions will happen.

KIT Researchers to Present a Meta Grating that Allows More Precise Control of Light Than Previously Possible at Hannover Messe

The meta-grating developed at KIT is four times more efficient than conventional systems

The researchers demonstrated that their chip-based amplifier could achieve up to

The team designed a nanodiode structure by placing a metallic nanomesh on a specialized semiconductor substrate

NVIDIA Quantum-X Photonics switches provide 144 ports of

The discovery is directly linked to the possibility of processing data at a far greater speed and volume than what is

The new modulator is a tiny nanostructure made up of various materials, including gold, and makes use of the

In a recent study, published in ACS Photonics, scientists worked together to show how the light emitted from 2D material…

Conventional nonlinear optical materials such as lithium niobate have large electro-optic responses but

The researchers created the supersolid state by condensing polaritons in a bound-in-the-continuum state within a photoni…

Researchers have identified unique topological properties of a four-dimensional crystal by creating a quasi-periodic field pattern of surface waves – a discovery that could lead to new architectures for encryption, transmission, and decoding of information

The concept of higher spatial dimension extends our familiar

Berkeley Lab-led project part of new DOE Microelectronics Science Research Centers that are focused on basic research to transform the efficiency of microelectronics

Instead, the team is developing a less power-hungry approach in which some data processing is conducted in the sensor it…

The Ultimate Additive for High-Precision Optical Applications

Adding S3 to the process control system achieves surface roughness levels where even the

POSTECH Professor Junsuk Rho’s Team Develops a Multidimensional Sampling Theory Spanning the Entire Electromagnetic Spectrum—from Extreme Ultraviolet to Microwaves

The team developed a new multidimensional sampling theory that incorporates both the two-dimensional lattice structure o…

Leader in precision optical replication has seen explosive growth in MLA production

Holographix’s new design services enable customers to develop next-generation photonics technologies faster, with an

The device takes advantage of the phenomenon of levitating nano-objects within a tightly focused laser beam, that is, th…

A new economical way to create compact lenses brings simplicity and scalability

Researchers fabricated and tested flat lenses called Fresnel zone plates, but did so for the first time using only commo…

Miniaturizing photon sources is one of the main challenges of photonic quantum computing. This miniaturized and programm…

The innovative platform leverages light to perform calculations at significantly higher speeds and with much greater eff…

The low-power switching capabilities of the nanocrystals align with the global effort to reduce the amount of energy con…