POSTECH Professor Junsuk Rho’s team achieves the world’s first wide field-of-hearing acoustic metalens free from aberrations

Professor Junsuk Rho’s team, renowned for their work on metalens, is attracting acclaim for their advancements in optica…

Publication by TU Darmstadt researchers in renowned journal “Science Advances”

According to quantum physics, small particles such as atoms or light particles have a dual nature. Depending on the expe…

It features similar excellent electro-optic qualities but has an advantage over lithium niobate in scalability and cost,…

The creation of GHZ states is necessary for photonic quantum computers, which carry information at light speed

The engineering samples are based around the Trixel 3 optical display engine, which combines a single 2D MEMS mirror, RG…

Researchers develop new methods to couple light to sound waves that glide on surfaces.

Beyond applications in hybrid quantum computing, the team says their techniques can be used for spectroscopy to explore…

Quantum computers and quantum internet require entangled quantum bits, a recent major breakthrough is the first generation of two-dimensional "graph states”.

The concept of entanglement forms the basis of all quantum information technologies that are being researched and develo…

The key was using a coating of silicon dioxide that created a coupling between the thermal vibrations of the plate at th…

Professor Junsuk Rho’s team at POSTECH delves into the composition of nanocomposites for ultraviolet metasurface fabrication

Metasurfaces, these ultra-thin optical devices, possess the remarkable ability to control light down to a mere nanometer…

Their research is part of broader efforts at Berkeley Lab to advance quantum information by working across the quantum r…

The new line leverages Wasatch Photonics’ patented VPH gratings, signature sensitivity, and highly robust and reproducib…

In a breakthrough at The University of Manchester, scientists have come up with a way to engineer silicon to

Physicists at the University of Regensburg manage to reach atomic resolution with optical microscopy by measuring light from a quantum spark faster than a trillionth of a second

Scientists have now been able to directly observe a quantum version of Hertz’s spark jumping between just two atoms by m…

Photon momentum discovery unlocks novel, silicon-based optoelectronic capabilities

For their experiments, the researchers produced in their laboratory silicon glass samples that

In general, the discovery enables almost ideal teleportation despite the presence of certain type of noise when using ph…

As the researchers report in the journal Nature Physics, they were able to couple two qubits and bring about a controlle…

Possibility of ultra-high density hard disk drives with areal densities exceeding 10 Tbit/in^2 using multi-level magnetic recording

This means that three-dimensional recording becomes possible by adjusting the laser power when writing. In addition

Research published in Nature demonstrates high qubit control fidelity and uniformity in single-electron control.

Quantum hardware researchers from Intel developed a 300-millimeter cryogenic probing process to collect high-volume data…

Quantum-centric supercomputing is IBM’s vision of the future for traditional HPC, where quantum computing will be an int…

High precision, dynamic interferometer combines long and short coherence capabilities into one system for measuring an expanded range of optics.

The AccuFiz Duo dynamic interferometer uniquely combines the industry leading AccuFiz D short coherence capabilities wit…