Physics

For More Energy-Efficient Gadgets, Researchers ‘on the fly’ Adjust the Thermal Conductivity of Various Materials

For More Energy-Efficient Gadgets, Researchers ‘on the fly’ Adjust the Thermal Conductivity of Various Materials

Energy-efficient devices are electronic devices designed to minimize energy consumption and reduce their environmental impact. These devices are built with technologies and features that optimize…
Phonons are Being “Split” by Researchers to Create a New Kind of Quantum Computer

Phonons are Being “Split” by Researchers to Create a New Kind of Quantum Computer

What seems like a continuous wave of music when we listen to our favorite song is actually sent as tiny packets of quantum particles called…
Researchers Report an Unexpected Finding Regarding Magnetic Flaws in Topological Insulators

Researchers Report an Unexpected Finding Regarding Magnetic Flaws in Topological Insulators

Researchers at the Ames National Laboratory of the Department of Energy discovered a fascinating discovery while carrying out tests to characterize magnetism in a substance…
Researchers Show that Structured Light can Enable Noise-Free Communication

Researchers Show that Structured Light can Enable Noise-Free Communication

Noise-free communication refers to a method of transmitting information without any interference or distortion caused by external factors or communication channels. In an ideal noise-free…
Using Spring-Like Ultrashort Light Pulses, Photonics is Given a Fresh Perspective

Using Spring-Like Ultrashort Light Pulses, Photonics is Given a Fresh Perspective

Ultrashort light pulses actually refer to optical pulses that have extremely short durations, typically on the order of femtoseconds (10^-15 seconds) or picoseconds (10^-12 seconds).…
Axions may Hold the Key to Solving One of Physics’ Most Perplexing Problems

Axions may Hold the Key to Solving One of Physics’ Most Perplexing Problems

The so-called “Strong CP Problem” is one of the most well-known riddles in modern physics. Because quarks, the smaller, fundamental particles that make up neutrons…
Compressed Cerium-Based Metallic Glass Displays Rapid Relaxation Dynamics Using a New Spectroscopic Technique

Compressed Cerium-Based Metallic Glass Displays Rapid Relaxation Dynamics Using a New Spectroscopic Technique

The unclear connection between relaxation dynamics and glass structure is a significant barrier to our comprehension of glass and glass phenomena. In order to conduct…
Researchers Successfully Regulate Solid-State Spin Defects in Two-Dimensional Materials

Researchers Successfully Regulate Solid-State Spin Defects in Two-Dimensional Materials

With the help of the Wigner Research Centre for Physics, a team led by Prof. Guo Guangcan was able to control an ultrabright single spin…
Open-Source Software is Created by Researchers to Advance Quantum Research

Open-Source Software is Created by Researchers to Advance Quantum Research

Many important facets of society are anticipated to undergo radical transformation as a result of quantum technology. There are a lot more relevant quantum features…
Photoexcitation Can Be Protected and Enhanced Via Quantum Interference

Photoexcitation Can Be Protected and Enhanced Via Quantum Interference

When a photon interacts with a substance, it causes its atoms to change their quantum state (a description of nature’s physical qualities at the atomic…
General Concept of Photoinjection

General Concept of Photoinjection

Photoinjection is a general concept that refers to the process of injecting or exciting electrons into a material using light energy. It is commonly used…
Photographs of Photoinjection

Photographs of Photoinjection

Photoinjection refers to a process where photons are used to excite electrons in a material, causing them to be injected into a different region or…
Load More