The new Path Sort Filtering in TracePro v7.8 enhances the existing Path Sort Table and allows users to apply a Boolean f…

These findings have enabled Lundeen’s team to precisely measure photons’ quantum state, or wavefunction. Knowing the qua…

Single neutral atoms trapped individually in optical microtraps are incredibly useful tools for studying quantum physics…

Two leading UTS researchers provide a critical review of achievements in the field of single-photon emitters, regarded a…

System accounts for the deflection of light particles passing through animal tissue or fog.

MIT researchers have developed a technique for recovering visual information from light that has scattered because of in…

It was considered a practically unreachable goal: focused light in the Terahertz regime consisting of a broad spectrum of wavelengths. At TU Wien (Vienna) this feat has now been accomplished – using a surprising trick.

Using an unusual trick, scientists at TU Wien (Vienna) have now presented a Terahertz laser with a well-focused beam and…

Scientists at MPQ observe antiferromagnetic correlations in one-dimensional fermionic quantum many-body systems

Experiments with fermionic atoms in optical lattices get very close to imitating the behaviour of electrons in solid sta…

​Researchers from the Graphene Flagship use layered materials to create an all-electrical quantum light emitting diodes…

Scientists have, for the first time, identified a method of visualising the quantum behaviour of electrons on a surface. The findings present a promising step forward towards being able to manipulate and control the behaviour of high energy, or ‘hot’, electrons.

By measuring the precise atomic positions from which molecules departed on injection, the team were able to identify tha…

Known as a 'Hilbert-space analyzer,’ the device opens up new ways of analyzing beams of light

The devices typically consist of complex arrangements of mirrors and beam splitters, which cut a beam of light in two an…

Scientists Overcome Limiting Factor on the Way to an Optical Quantum Computer / Publication in “Nature Photonics“

For the first time, scientists now have succeeded in placing a complete quantum optical structure on a chip, as

Physicists at ANU have brought quantum computing a step closer to reality by stopping light in a new experiment. Lead re…

Researchers in the University of Minnesota’s College of Science and Engineering have measured the twisting force, or tor…

Invitation to an experts' meeting which will be held by the Nanotechnology Competence Center Kompetenzzentrum Ultrapräzise Oberflächenbearbeitung (CC UPOB) in March 2017

Aspheres are complex optical surfaces which it is extremely demanding to measure accurately. Despite increasingly improv…

A recently awarded patent describes materials enabling significant increase and control of key optical constants: the re…

An ICFO study published in Nature Materials demonstrates how graphene can be employed simultaneously as both a plasmonic medium and detector

The results of this paper open a new pathway to graphene ´plasmo-electronics´, which would allow to perform mid-infrared…

Ward and his team have produced optical transceivers that can interface readily with existing digital or RF EW equipment…

Acoustic resonator device paves the way for better communication

UNSW has struck a $70 million deal to create a consortium to develop and commercialise technology that could lead to the world’s first quantum computer in silicon.

The four-way agreement between UNSW, the researchers, business and the federal government will pave the way for the deve…

Ideally suited for application directly to optics on spot blocks, they are capable of producing surface finishes to 10-5…