Single-photon Light Source based on Optical Fibers at Room Temperature for Next-generation Quantum Processing

Single-photon Light Source based on Optical Fibers at Room Temperature for Next-generation Quantum Processing

Single-photon sources play an important role in quantum technologies such as quantum communication and quantum computing. They allow for the generation of individual photons with…
Creating a Foundation for Advanced Quantum Sensors

Creating a Foundation for Advanced Quantum Sensors

Pushing the boundaries of quantum technologies to improve sensor precision, sensitivity, and capabilities is part of paving the way for advanced quantum sensors. Quantum sensors…
What it’s like to Touch a ‘2D’ Quantum Superfluid

What it’s like to Touch a ‘2D’ Quantum Superfluid

A 2D quantum superfluid is a theoretical concept where superfluidity is confined to a two-dimensional plane. This is often studied in the context of ultracold…
A Researcher Flips one of the Fundamental Rules of Construction on its Head

A Researcher Flips one of the Fundamental Rules of Construction on its Head

The seventeenth-century scientist Robert Hooke’s theory that a hanging chain will mirror the shape of an upstanding rigid arch is well-known to structural engineers. New…
Triboluminescence

Triboluminescence

Triboluminescence is the production of light during the breaking or crushing of a material. It is a phenomenon that occurs when a material is mechanically…
Machine Learning is used to Investigate the Basic Components of Shapes

Machine Learning is used to Investigate the Basic Components of Shapes

In domains like as computer vision, computer graphics, and materials science, machine learning techniques are increasingly being used to study and understand the building elements…
Thousands of Artificial Neurons are connected via an Adaptive Photonic Neural Network

Thousands of Artificial Neurons are connected via an Adaptive Photonic Neural Network

Physicists collaborated with computer specialists to create an event-based architecture based on photonic processors. This, like the brain, allows for ongoing adaptation of the connections…
A Quantum Computer reveals the Atomic Dynamics of Light-sensitive Molecules

A Quantum Computer reveals the Atomic Dynamics of Light-sensitive Molecules

Quantum computers have demonstrated promise in replicating and comprehending the atomic dynamics of light-sensitive molecules such as those engaged in photosynthesis or photovoltaics. These molecules…
A Polar Antiferromagnet’s Large Fluctuation-Enhanced Phonon Magnetic Moments are Discovered in a Study

A Polar Antiferromagnet’s Large Fluctuation-Enhanced Phonon Magnetic Moments are Discovered in a Study

Phonons, which are quasi-particles associated with sounds or lattice vibrations, have the ability to carry momentum and angular momentum. However, these quasi-particles are widely thought…
Scientists Have Discovered a Global Lower Bound on Topological Entanglement Entropy

Scientists Have Discovered a Global Lower Bound on Topological Entanglement Entropy

Scientists from the United States and Taiwan have theoretically established the existence of a universal lower bound on topological entanglement entropy that is always non-negative…
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