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Enhancing the quantum sensing capabilities of diamond

Shooting electrons at diamonds can introduce quantum sensors into them

Researchers have discovered that dense ensembles of quantum spins can be created in diamond with high resolution using a…

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Method for enhancing superconductivity by laser irradiation

Computer simulations lead to discovery

The research group plans to conduct further experiments to test its theory, obtained through these findings, that strong…

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Quantum optics allows us to abandon expensive lasers in spectroscopy

Lomonosov Moscow State University scientists have invented a new method of spectroscopy

An international research group together with scientists from the MSU have developed a time-resolved spectroscopy method…

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Borophene shines alone as 2-D plasmonic material

Rice University scientists calculate flat boron capable of visible plasmon emissions

The researchers said their results present the interesting possibility of manipulating data at subdiffraction wavelength…

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RESEARCHERS DEVELOP CHIP-SCALE OPTICAL ABACUS

Calculating with light pulses / Towards the computer of tomorrow

The optical abacus is installed on a microchip and can be easily manufactured. Using integrated photonic circuits the re…

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Ultrafast phase-ordering on the atomic scale

Göttingen physicists develop methods to investigate optically-driven transitions at surfaces

In the experiments funded by the European Research Council, ultrashort electron pulses are scattered on solid bodies to …

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Three-Dimensional Nanomagnets for the computer of tomorrow

By combining a very precise fabrication protocol with an tailor-made laser system, the authors have been able to demonst…

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Quantum Computing with Molecules for a Quicker Search of Unsorted Databases

Grover’s Quantum Algorithm Successfully Implemented – Superposition Manipulated and Read out Electrically – Publication in Physical Review Letters

The scientists implemented Grover’s algorithm in a molecular magnet that was subjected to superposition with specially d…

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Finding Majoranas

Nano-‘hashtags’ could be the key to generating the highly sought Majorana quasiparticle

UC Santa Barbara scientists are on the cusp of a major advance in topological quantum computing

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Optically tunable microwave antennas for 5G applications

The research could dramatically improve the performance of future communication and radar systems because without this t…

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D-Wave Announces Upgrades to D-Wave 2000Q Quantum Computer

New features enhance performance up to 150 times, give users increased control

Two of the most powerful new capabilities are reverse annealing and virtual graphs. These features enable significant pe…

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An acoustic cage for electrons

International team of scientist develops new concept for trapping and manipulating electrons with sound waves

The basic setup described in the paper consists of a layered structure: a thin, quasi two-dimensional film of a semicond…

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Tech Increases Microfluidic Research Data Output 100-fold

Abolhasani and his team developed an automated microfluidic technology called NanoRobo, in which a spectrographic monito…

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Plasmons in a quantum tunnelling transistor

ICFO researchers control light, strongly confined in an atomic-scale transistor.

The researchers built the transistor from two-dimensional materials using a bottom-up technique: two layers of graphene …

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The unbelievable speed of electron emission from an atom

When light hits the atom, the electrons absorb the energy from the light. An instant later the electrons are freed from …

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UVA Physics to Go to Space – and Get Ultra-Cold

The Cold Atom Lab project should help bring theory to practice as scientists manipulate nature with lasers and magnets i…

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Physicists mix waves on superconducting qubits

Cooled to ultralow temperatures, this device emitted and absorbed single quanta of microwave radiation — the same way th…

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Quantum computing startup inspired by Yale expertise announces new funding

QCI will focus on building a modular quantum computer that can be reconfigured and reprogrammed, with initial applicatio…

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BGU Researchers Achieve Breakthrough in Camouflaging an Optical Chip Rendering it Invisible

These results open the door to new integrated photonic devices, harnessing electromagnetic fields of light at nanoscale …

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Physicists observe amplification of an optical signal within cubic nonlinear nanostructures

The coherent amplification of a localized optical signal within a planar titanium nitride nanoantenna has been achieved by scientists of Kazan Federal University, Harvard University, Nazarbayev University, and Imperial College London

The observable phenomenon is based on the nonlinear interaction of surface plasmon-polaritons and

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