Physics

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…
Team Develops a Straightforward Superconducting Gadget that Could Significantly Reduce Computer Energy Consumption

Team Develops a Straightforward Superconducting Gadget that Could Significantly Reduce Computer Energy Consumption

A straightforward superconducting gadget developed by MIT researchers and associates could transport current through electronic devices far more effectively than is currently achievable. The novel…
No General Topological Signatures in High Harmonic Generation have been Found Through Study

No General Topological Signatures in High Harmonic Generation have been Found Through Study

In contemporary condensed matter physics and beyond, topology is crucial. It explains how solid materials can combine two extremely dissimilar and seemingly incompatible features, such…
Researchers Make Strides in Monte Carlo Computer Simulations

Researchers Make Strides in Monte Carlo Computer Simulations

Leipzig University researchers have created a highly effective approach to analyze systems with long-distance interactions that had previously baffled specialists. These systems could be gases…
A New Technique Uses Frozen Hydrogen as the Target to Boost Proton Acceleration Using a Powerful Laser

A New Technique Uses Frozen Hydrogen as the Target to Boost Proton Acceleration Using a Powerful Laser

This relatively new idea of accelerating protons with powerful laser pulses promises numerous benefits over conventional accelerators. For instance, it appears possible to construct facilities…
Excitement and Skepticism are Raised by Viral Reports about Room-Temperature Superconductors

Excitement and Skepticism are Raised by Viral Reports about Room-Temperature Superconductors

Superconductors are materials that can conduct electricity with zero electrical resistance, and they exhibit fascinating properties when cooled to very low temperatures. Traditionally, superconductivity was…
Researchers Demonstrate How to Use Diamond Mirrors and a Crystal Cavity to Boost X-ray Laser Brightness and Power

Researchers Demonstrate How to Use Diamond Mirrors and a Crystal Cavity to Boost X-ray Laser Brightness and Power

Scientists at particle accelerator sites all over the world to expose the structure and behavior of atoms and molecules use powerful X-rays. Now, scientists at…
A Nearly Century-Old Trade-off Between Wavelength and Distance Resolution is Addressed by New Radar Research

A Nearly Century-Old Trade-off Between Wavelength and Distance Resolution is Addressed by New Radar Research

Researchers from Chapman University and other organizations have improved the distance resolution between objects using new interference radar functions. The findings could have significant implications…
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