This research investigates how Majorana flat bands in topological superconductors create competing superconducting states.

A two-laser locking scheme stabilizes a Fabry-Pérot cavity while allowing dynamic tuning over 100 MHz with sub-megahertz ...

A systematic study of 10-nanometer Hf0.5Zr0.5O2 films finds that rapid thermal annealing near 600 degrees Celsius maximizes ...

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Kilohertz quasi-periodic oscillations (QPOs) have been observed in a few rare gamma-ray bursts (GRBs), but their physical ...

Researchers have demonstrated programmable quantum operations using a 20-meter multimode fiber, a distance previously ...

The photonics industry is growing alongside, as its technologies are found in many mainstream applications. These include various light detection and ranging (LiDAR) solutions and sensors in wearables ...

Keisuke Kawahara and collaborators report a silicon optical device that reaches 200 Gb/s while reducing its dependence on digital signal correction. The Kawahara slow-light modulator uses carefully ...

Understanding how land surfaces shape the coherence of reflected navigation-satellite signals is critical for judging where GNSS-R (Global Navigation ...

Hello, this is NUARL.When looking at descriptions of audio products, you may see a list of unique innovations to improve ...

Chalmers University of Technology has developed TRIO pulses, a new quantum control framework for superconducting processors. These pulses enable single-qubit gates to maintain high fidelity even with ...