Researchers at Lund University and Louisiana State University have developed a tool that makes it possible to control ex…

Researchers present an extensive overview on the beginning of a new atto-nano physics age.

In the recent paper, researchers present a comprehensive experimental and theoretical overview on physical phenomena tha…

Study sheds light on interactions that change the way heat and electricity move through microchips.

New research offers insights into how crystal dislocations — a common type of defect in materials — can affect electrica…

The groups use a novel technique to drive their nanodrums to realize a measurement that even goes beyond the quantum lim…

Researchers from the Center for Molecular Spectroscopy and Dynamics (CMSD) increase the number of communication channels

The team used surface plasmons to mediate optoelectronic signaling. At nano antennas, optical signals are converted to s…

To realize the promise of MRAM, researchers are probing the nanometer-scale magnetic structure of thin metal films that…

Prototype device communicates rapidly and securely with a receiver using unbreakable light-based encryption

For the first time, researchers have demonstrated a prototype device that can send unbreakable secret keys from a handhe…

In this work, a reprogrammable two-qubit silicon quantum photonic processor is characterised and certified with the use…

Theoretical description of molecules under the influence of quantized light.

In this work, the reaction was assisted by a few photons in the optical cavity, which allowed for lower laser intensitie…

The KU researchers used a laser pulse of 100 femtosecond duration to liberate some of the electrons in the top

Basic measuring instrument for future plasmonics and spintronics

The coupling of light and electronic charges in plasmonics will pave the way for ultra-high-speed information processing…

In a paper published in the Nature journal Light: Science & Applications, the group introduced a scattered-light imaging…

DFG supports development of micro-optical systems for use in astronomical instruments

The researchers will design and test components that can efficiently rearrange the light of stars and galaxies to enable…

The researchers showed that they could control the peaks within the laser pulses and also twist the light. The method mo…

ICFO researchers develop an ultra-sensitive, broadband, low-cost hybrid MoS2 - HgTe QD-based photodetector.

The outstanding performance of the detector has been achieved at room temperature, clearly confirming that the results o…

RMIT University, partnering with Luceda Photonics, has launched a comprehensive toolset of electromagnetic simulators for photonic devices, called REME.

REME enables users to harness a number of new effects on silicon photonic devices that cannot be simulated with existing…

The results of the experiment confirm that the atoms and the single photon are in a joint, entangled state. By measuring…

Formed by nanostructures that act as “atoms,” arranged on a substrate to alter light’s path in ways no ordinary material…

Rather than engineer complicated periodic structures that significantly alter the optical and magnetic properties of suc…

Using changes in refractive index to optically record data, holograms record in three dimensions instead of being limite…