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"Cavity Protection Effect" Helps to Conserve Quantum Information

Coupling atomic spins in diamonds to microwave resonators could lead to new quantum technologies. Researchers at the Vienna University of Technology (TU Wien) have now managed to dramatically prolong the time these systems can store information.

Coupling atomic spins in diamonds to microwave resonators could lead to new quantum technologies. Researchers at the Vie…

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Clear view for the Extremely Large Telescope – LZH develops IR narrowband filter

Scientists at the Laser Zentrum Hannover have developed and produced narrowband filters for the European Extremely Large…

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Scientistis from the Universität Stuttgart use hollow core fibre for future quantum technologies.

Scientists of the center for Integrated Quantum Science and Technology at the University of Stuttgart have now developed…

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Slow Axis Collimators Ideal for Use with Laser Bars

Greater than 99% transmission from 790 - 990nm

Slow Axis Collimators feature a numerical aperture of 0.05, surface accuracy of

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Molecular engineers record an electron's quantum behavior

A team of researchers led by the University of Chicago has developed a technique to record the quantum mechanical behavi…

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Opto Diode Introduces the SXUV5 Ø2.5 mm Photodiode

The new device provides excellent stability after extreme ultraviolet conditions. It is housed in a TO-39, 3-pin, windo…

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New test reveals purity of graphene

Rice, Osaka scientists use terahertz waves to spot contaminants

Graphene may be tough, but those who handle it had better be tender. The environment surrounding the atom-thick carbon m…

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Groundbreaking LED Light Engine Filter Sets from Semrock

Three initial sets are available for Pinkel and full multiband configurations using popular LED light sources. Designed …

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Mahr Federal Introduces Two New 3D Optical Surface Measuring Systems: The MarSurf® CWM 100 and MarSurf WM 100

MarSurf WM 100 offers white light interferometry; the MarSurf CWM 100 both white light and confocal microscopy

The MarSurf WM 100 uses a white light interferometer, and the MarSurf CWM 100 includes both white light and confocal mic…

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Light-speed computing now only months away

UK business set to revolutionise supercomputing with prototype optical processor

UK based start up Optalysys has revealed that it is only months away from launching a prototype optical processor with t…

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Colossal optical isolator effect driven by spin helix

Researchers have discovered new optical functionality of the helical spin structure, which differentiates the optical ab…

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Method of teleporting macroscopic objects discovered

Researchers have developed a method of teleporting objects that are large enough to be visible to the naked eye. Telepor…

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Diamonds are a Quantum Computer’s Best Friend

A new kind of quantum computer is being proposed by scientists from the TU Wien (Vienna) and Japan (National Institute of Informatics and NTT Basic Research Labs).

A team of researchers has now proposed a new architecture for quantum computing, based on microscopic defects in diamond…

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Taylor Hobson Launches the Form Talysurf® i-Series

A high range high resolution system for contour and surface finish measurement

The Form Talysurf i-Series is a high accuracy instrument range capable of simultaneous surface finish and contour measur…

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NIST Ion Duet Offers Tunable Module for Quantum Simulator

In the experiments, researchers coaxed two beryllium ions located in separate zones of an electric-field trap into an en…

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TECHSPEC® Germanium Meniscus Lenses Provide Superior Spherical Correction

Feature Durable Design for Demanding IR Applications

These lenses feature a durable design that is ideal for use in a wide variety of demanding infrared (IR) applications, i…

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Flexible photonics

Researchers describe new technology to fabricate high-performance, flexible optical devices

A team of researchers at the University of Delaware has developed a way to fabricate high-performance flexible optical d…

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Minuscule chips for NMR spectroscopy promise portability, parallelization

Two-by-two-millimeter spectrometer dramatically shrinks footprint for multidimensional analysis of molecules

Two-by-two-millimeter spectrometer dramatically shrinks footprint for multidimensional analysis of molecules

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Technique simplifies creation of high-tech crystals

Highly purified crystals that split light with uncanny precision are key parts of high-powered lenses, specialized optic…

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Light pulses control graphene’s electrical behavior

Finding could allow ultrafast switching of conduction, and possibly lead to new broadband light sensors.

Graphene, an ultrathin form of carbon with exceptional electrical, optical, and mechanical properties, has become a focu…

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