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Spin with a new twist

A new method of controlling the spin of an electron, one of the fastest-developing research topics in quantum-based tech…

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Three-dimensional metamaterials with a natural bent

Scientists have been able to manufacture three-dimensional isotropic metamaterials, but up to now only on a very small s…

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Watching the hidden life of materials

Ultrafast electron diffraction experiments open a new window on the microscopic world

This ultrafast instrumentation combines tools and techniques of electron microscopy with those of laser spectroscopy in …

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New development in data storage, imaging and telecommunication

Researchers at Swinburne University of Technology have revealed an exciting new development in optical data storage, ima…

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'Direct writing' of diamond patterns from graphite a potential technological leap

What began as research into a method to strengthen metals has led to the discovery of a new technique that uses a pulsin…

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Bodkin Design and Engineering Announces New Line of Customizable Single Point and Differential Blackbody System

Bodkin Design Develops Special Purpose Infrared Equipment for Precise Radiometric Calibration.

These products are built for applications such as thermal imaging calibration, target projection, and infrared detector

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NIST 'Combs' the Atmosphere to Measure Greenhouse Gases

In the recent demonstration, NIST's pair of laser frequency combs measured the simultaneous signatures of several greenh…

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Outsmarting Thermodynamics in Self-assembly of Nanostructures

Berkeley Lab reports method for symmetry-breaking in feedback-driven self-assembly of optical metamaterials

The researchers demonstrated self-assembled optical metamaterials with tailored broken-symmetries and hence unique elect…

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Two Photons Strongly Coupled by Glass Fibre

At the Vienna University of Technology (TU Wien), two photons were made to interact strongly using an ultra-thin glass fibre. This technique is an important new tool for quantum technology.

Two photons in free space do not interact. Light waves can pass through each other without having any influence on each …

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Quantum Computation: Fragile yet Error-free

In a close collaborative effort, Spanish and Austrian physicists have experimentally encoded one quantum bit in entangle…

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A quantum leap in nanoparticle efficiency

New research has unlocked the secrets of efficiency in nanomaterials, that is, materials with very tiny particles, which…

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Physicists pave the way for quantum interfaces

Tübingen researchers control interplay of light and matter at the level of individual photons emitted by rubidium

The new method can be used in the future to read and process quantum information which has been stored in the atom with …

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New mechanism to convert light into electricity: the ‘plasmo-electric effect’

Researchers of the FOM Institute AMOLF and the California Institute of Technology have discovered a new method to genera…

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Accurate measurement of optical coating thickness

Most optical coatings are used to enhance reflection or transmission properties of a substrate material within an optica…

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World’s First Photonic Pressure Sensor Outshines Traditional Mercury Standard

The new instrument, called a fixed-length optical cavity, works by detecting subtle changes in the wavelength of light p…

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NTU lights up photonics research with $100 million institute

The next generation ultra-fast Internet or ground-breaking electronic circuits powered by light instead of electricity c…

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Bristol team develops aerosol optical tweezers

The AOT-100 Aerosol Optical Tweezers, which is capable of holding and manipulating single or multiple particles for inde…

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Restoring Order

A spin Hall effect without all the fuss

Atom-optical lattice systems offer a clean, well-controlled way to study the manipulation and movement of spins because …

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Molecular Quantum Bit with Long Coherence Time Discovered in Stuttgart

Recently, many different systems have been proposed for the physical implementation of a quantum bit. Very promising pro…

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Strengthening Thin-Film Bonds with Ultrafast Data Collection

When studying extremely fast reactions in ultrathin materials, two measurements are better than one. A new research tool…

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