Rochester team demonstrates new way to control light as it moves through integrated circuits, paving a research avenue in communications, computing, and photonics research.

Using a material widely adopted by photonics researchers, the Rochester team has created the smallest electro-optical mo…

New processor to be announced at HotChips uses light instead of electrons to calculate and transfer data, enabling energy savings and dramatically faster compute

This new architecture is a massive advancement in the development of photonic processors. The performance of this photon…

Company achieves a quantum volume of 64 through full-stack improvements

To achieve this milestone, the company focused on a new set of techniques and improvements that used knowledge of the ha…

The new structure’s particular properties make it a candidate for applications in optical components or as a source of i…

Quantum entanglement plays a central role in the technologies that are transforming our world, from ultra-secure cryptog…

In the experiment, the researchers examined how photons in a laser beam can interact through atomic intermediaries so th…

The Photonic Tensor Core on which the chip is based, is able to carry out general mathematical operations such as vector…

New photonic integrated chip could enable developments for many optical technologies

This new development could have applications in optical communications, optical remote sensing — LiDAR — free-space opti…

A study by ICFO, UAM, and UAB researchers reports novel approach by using an atomic quantum simulator of twisted bilayers without actually twisting the layers.

Emulating this physics beyond materials research can help in the identification of key minimal ingredients that give ris…

Australian researchers and industry partners will collaborate to design and manufacture the world’s most precise, compact and cost-effective gyroscope, in a new $8.7 million project.

Inside a high-performance gyroscope is about 1km of optical fibres, wound around a spool. Laser beams inside the fibres…

FASTER ALGORITHMS AND TIGHTER THEORETICAL LIMITS NARROW THE GAP BETWEEN THE POSSIBLE AND THE DOABLE.

Figuring out how fast information can move from one qubit to another is not only interesting from a fundamental point of…

Within the agreement, asphericon will manufacture and supply state of the art CNC-grinded and polished, aspheres, acylin…

Their system utilises single photons of light emitted in a controlled fashion in time and space from quantum emitters. F…

Physicists succeed at engineering an optical mirror made of only a few hundred atoms. It is the lightest one in the world and even imaginable.

The research results are the first experimental observations of their kind in an only recently emerging new field of sub…

In a new paper, published in Optica, they describe a new silicon chip—with no moving parts or electronics—that improves…

MIT engineers develop a hybrid process that connects photonics with “artificial atoms,” to produce the largest quantum chip of its type.

The qubits in the new chip are artificial atoms made from defects in diamond, which can be prodded with visible light an…

The technique could aid in measuring the thermal conductivity and optical properties of materials without the need to at…

Researchers from ETH Zurich have achieved what scientists have been attempting to do for some 20 years: in their laborat…

The partnership adds a new product line to SCHOTT’s offerings to the AR industry. SCHOTT’s groundbreaking RealView high…

Researchers replace traditional electronic I/O with optical signaling interfaces to achieve major improvements in link reach and efficiency

The integrated solution substantially improves interconnect reach, efficiency, and latency – enabling high-speed data li…