Physics

Researchers Describe a Plasmonic Nanocavity’s Broadband Tip-Enhanced Nonlinear Optical Response

Researchers Describe a Plasmonic Nanocavity’s Broadband Tip-Enhanced Nonlinear Optical Response

Nanophotonics’ primary concerns include controlling optical processes brought on by nano-confined light and compressing light beyond the diffraction limit. In particular, site-specific optical information at…
A Study Demonstrates how the Diameter of the Carbon Nanotube Affects the Photodetector Heterojunction’s Performance

A Study Demonstrates how the Diameter of the Carbon Nanotube Affects the Photodetector Heterojunction’s Performance

Single-wall carbon nanotubes (SWCNTs) and perovskite (CsPbBr3) quantum dots (QDs), junctions between the two different materials, form semiconductor heterojunctions that function remarkably well as a…
Researchers Created a Procedure to Increase the lifespan of Quantum Coherence

Researchers Created a Procedure to Increase the lifespan of Quantum Coherence

For years, researchers have tried numerous methods to coax quantum bits or qubits, the basic building blocks of quantum computers, to remain in their quantum…
Using New Nanotechnology, Contaminants in Air, Liquid, and Living Tissue are Identified by their Chemical Composition and Structure

Using New Nanotechnology, Contaminants in Air, Liquid, and Living Tissue are Identified by their Chemical Composition and Structure

It can be difficult or even impossible to find dangerous contaminants including air pollutants, microorganisms, and nano-plastics in living things and natural materials using traditional…
Research Shows that Quantum Rod Arrays could Improve Televisions or Virtual Reality Equipment

Research Shows that Quantum Rod Arrays could Improve Televisions or Virtual Reality Equipment

Commercially accessible flat-screen TVs now include quantum dots, but it has been more challenging to produce arrays of their elongated siblings, quantum rods, for commercial…
First Sighting of Oxygen-28 in the Study of Light Neutron-rich Nuclei

First Sighting of Oxygen-28 in the Study of Light Neutron-rich Nuclei

Neutron-rich nuclei are atomic nuclei with a higher number of neutrons than protons. These nuclei are frequently seen in areas of the nuclear chart where…
Using Real-Space Measurements, a Research Team Discovers a Quantum Entanglement Wave for the First Time

Using Real-Space Measurements, a Research Team Discovers a Quantum Entanglement Wave for the First Time

Triplons are tricky little things. They are really difficult to observe experimentally. Even then, experiments are typically performed on macroscopic materials, where measurements are presented…
A New Scalable Etching-Based Technique for Fine-tuning Microdisk Lasers Has Been Developed

A New Scalable Etching-Based Technique for Fine-tuning Microdisk Lasers Has Been Developed

Micro- and nanodisk lasers have lately emerged as viable optical sources and probes for a variety of nanophotonics and biomedicine applications. Their ability to generate…
Acoustic Emission

Acoustic Emission

Acoustic emission (AE) is the phenomenon of acoustic (elastic) wave radiation in solids that occurs when a material’s internal structure undergoes irreversible changes, such as…
Creating a Foundation for Sophisticated Quantum Sensors

Creating a Foundation for Sophisticated Quantum Sensors

Quantum physics has enabled the development of sensors with significantly greater precision than traditional electronics. Several investigations published in Nature show that entanglement created by…
Predicting the Temperature of a Molecular Rotation for Improved Plasma Recombination

Predicting the Temperature of a Molecular Rotation for Improved Plasma Recombination

Although it may be impossible for humans to control the sun, fusion power can be produced by confining the hydrogen plasma, which makes up the…
A Less Complicated Method of Connecting Quantum Computers

A Less Complicated Method of Connecting Quantum Computers

Connecting quantum computers is a difficult task since quantum information is sensitive and prone to errors. Current efforts in quantum computing networking are aimed at…
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