Polymer on Glass beam shapers are cost-effective solutions for accurate beam shaping or multi-channel beam splitting. Th…

Engineers create game-changing metalens that breaks records in performance

The researchers came up with an innovative solution to improve the light-capturing capabilities of their flat metalens.…

By combining theoretical modelling and advanced numerical simulations, and after nine years of hard work, they highlight…

The researchers went back to basics: to the light source, for finding out if there is room for improvement. They would l…

GW researchers create first efficient 2D material photodetector for telecom wavelengths

The ever-increasing data demand of modern societies requires a more efficient conversion of data signals in the optical…

The resulting systems can transmit signals for a much greater distance than their counterparts with silicon or silver na…

Quantum teleportation is an important step in improving quantum computing.

In order to demonstrate quantum teleportation using electrons, the researchers harnessed a recently developed technique…

Researchers lead project that revolutionizes photonic systems

The group managed to simplify and condense a complex optical system onto a single silicon photonic chip. The achievement…

In a recent study published in Science, ICFO researchers have succeeded to build a new type of cavity for graphene plasm…

A team of Russian and Danish physicists has created a focusing component, or nanolens, capable of converting light into…

The new quantum chips will thus be a valuable step on the road to an alternative internet where information is transferr…

A team of ICFO and University of Göttingen researchers theoretically demonstrates that ultrafast electron microscopy could radically improve nanoscale nonlinear spectrocospy.

This technique has enabled the extraction of spectral information on plasmons in metallic nanostructures, excitons in se…

The experiment showed that despite the large number of optical elements in the scheme, it is nevertheless tunable and co…

This breakthrough is likely to have an impact on numerous potential applications, including the design of new quantum ma…

Data storage devices and other emerging technologies use magnetic elements smaller than 100 nanometers, but studying their magnetization dynamics can be a challenge

The traditional optical technique Schmidt’s lab has employed to study these materials uses a short laser pulse to knock…

To perform their experiments, the researchers shine a laser through a piece of glass that has a series of extremely prec…

They used a new device that replaces 80 lasers with one single piece of equipment known as a micro-comb, which is smalle…

Now researchers have devised how to build near-perfect photon sources, over the next few months the scalability of the S…

Prof. Gabby Sarusi Develops One Minute Coronavirus Test

Because the test is electro-optical in nature, rather than biochemical, it is not sensitive to environmental factors tha…

TU/e researchers from Electrical Engineering and Chemical Engineering & Chemistry combine their expertise in an innovative manner.

This is an entirely new direction for making reconfigurable photonics and paves the way for the low-cost mass production…