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Recreating interstellar ions with lasers

The scientists found H3+ when they used a strong-field laser to initiate a reaction and a second femtosecond laser to pr…

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Atos launches the highest-performing quantum simulator in the world

The ‘Atos Quantum Learning Machine’ is based on a universal programming language driven by a new ultra-compact supercomputer

Amongst the calculating capabilities offered by quantum computing is quasi-instantaneous factorization in prime numbers …

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The Voxon VX1, 3D Volumetric Display now commercially available

The Voxon VX1 is the world’s first 3D volumetric display – a 3D, real-time, interactive hologram which can be viewed fro…

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Supercool breakthrough brings new quantum benchmark

By gently prodding a swirling cloud of supercooled lithium atoms with a pair of lasers, and observing the atoms’ respons…

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Tiny magnetic tremors unlock exotic superconductivity

These findings, recently published in Science Advances, make Ni-Bi an appealing choice for use in future quantum compute…

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Supersensitive through quantum entanglement

Stuttgart physicists are taking the next step towards more sensitive sensors

Semiconductor quantum dots are ideally suited for the generation of entangled light states. These quantum emitters can b…

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Researchers use lasers to display ‘true’ 3-D objects

Their device is the next step in what is known as 3-D volumetric display, where viewers can see images in three dimensio…

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Seeing the Forest Through the Trees with a New LiDAR System

Researchers from the Naval Research Laboratory use gated digital holography methods to develop foliage penetrating LiDAR that can survey obscured ground

With a specially designed laser system and a new methodology based on gated digital holography, research from the Naval …

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Tiny “motors” are driven by light

Researchers demonstrate nanoscale particles that ordinary light sources can set spinning.

The team decided to work on engineering the particles themselves, rather than the light beams, to get them to respond to…

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World first: new polymer goes for a walk when illuminated

The motion of the new material is due to the fact that one side contracts in reaction to light, and the

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The multi-coloured photons that might change quantum information science

In a disruptive breakthrough for photonic quantum information science, INRS researchers have created a powerful system that takes advantage of the frequency domain properties of photons.

The system uses a small and cost-effective photonic chip fabricated through processes similar to those used for integrat…

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Optical combs bring quantum smartphones a step closer

The generation, entanglement and control of high-dimensional quantum bits on an integrated chip has been demonstrated fo…

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A levitated nanosphere as an ultra-sensitive sensor

A tiny sphere and a laser beam inside of which it hovers as if by magic – with these simple ingredients Martin Frimmer a…

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Nanostructures Detect Colors

Combining nanophotonics and thermoelectrics, engineers at Caltech generate materials capable of distinguishing between tiny differences in wavelengths of light

Engineers at Caltech have for the first time developed a light detector that combines two disparate technologies—nanopho…

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Use of Machine Learning to Design Optimal Nanostructures to Control Heat Current in Materials

Given that the technology to create various new nanostructures is advancing, techniques to identify structures that maxi…

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Zygo Corporation introduces Verifire™ HDX laser interferometer with ultrahigh-resolution and imaging for precise 3D metrology of optical components and systems

Loaded with standard features, like a low-noise, high-speed, 11.6 megapixel sensor and vibration-robust acquisition tech…

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Ultra-compact phase modulators based on graphene plasmons

ICFO researchers achieve light phase modulation with a footprint 30 times smaller than the light wavelength.

In a recent paper published in Nature Photonics, ICFO researchers have developed a phase modulator based on graphene cap…

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Atomic imperfections move quantum communication network closer to reality

Silicon carbide readily lends itself to production of quantum devices

An international team led by the University of Chicago’s Institute for Molecular Engineering has discovered how to manip…

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Precise centration testing of aspheres with new fully automated measurement system

TRIOPTICS GmbH presents the fast and high-precision AspheroCheck UP centration sys-tem for fully automated quality control of aspheres at LASER 2017 in Munich.

In order to ensure the best possible measurement precision, a completely automated measurement pro-cess that requires no…

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Quantum Thermometer or Optical Refrigerator?

Versatile optomechanical beams have potential applications in biology, chemistry, electronics.

Struck by light, the mechanical beam reflects the photons, and recoils in the process, creating small vibrations in the …

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