A team of scientists from the University of Cambridge, along with researchers from the United States, Israel, and Austria, have developed a theory that could generate high-energy “quantum light” to study new properties of matter at the atomic level. They have reported their findings in the journal Nature Physics. While classic physics can explain the […]
Researchers Devise a Current Path Toward ‘Quantum Light’ Read More »
A research study from a worldwide group of researchers has cast new light on the physics of vitrification– the process by which glass forms. Their findings, which center on analyzing a common feature of glasses called the boson peak, might help pave the way for recent developments in product science. The peak could be observed
Researchers Open a New Window on the Physics of Glass Formation Read More »
Researchers have advanced in finding out how to utilize ripples in space-time considered as gravitational waves to peer back to the beginning of all things we know. The scientists say they can better comprehend the status of the cosmos shortly after the Big Bang by discovering how these ripples in the fabric of the universe
Ripples in Fabric of Universe May Reveal Start of Time Read More »
Researchers from the Andrew and Erna Viterbi Faculty of Computer and Electrical Engineering at the Technion– Israel Institute of Technology have shown the first experimental observation of Cherenkov radiation constrained in two measurements. The results are a new record in electron-radiation coupling strength, disclosing radiation quantum properties. Cherenkov radiation is considered a unique physical phenomenon that
First Observation of the Cherenkov Radiation Phenomenon in a 2D Space Read More »
Increased knowledge but reduced innovation in science According to an analysis published Wednesday of countless analysis papers and patents, the rate of ground-breaking scientific findings and technological innovation is reducing despite an ever-growing quantity of knowledge. While the past study has revealed downturns in particular disciplines, the study is the primary that “emphatically, convincingly documents
Development in Science is on The Decadence and We Are Unsure Why Read More »
Ordinary soap bubbles are cooler than the surrounding air A team of Scientists at Université Paris-Saclay, CNRS, has found out that the film that composes common soap bubbles is colder than the circulating air. In their paper posted in the journal Physical Review Letters, the team describes experiments they guided with soap bubbles. Bubbles exist
Scientists Find Out that Soap Film on Bubbles is Colder than the Air Around it Read More »
Quantum entanglement Quantum entanglement is a process through which 2 particles become entangled and remain linked over time, also when separated by large distances. Spotting this phenomenon is of essential importance for both the advancement of quantum technology and the research of quantum many-body physics. Scientists at Tsinghua have recently conducted research exploring the possible
Research Uncovers Existing Limitations in The Detection of Entanglement Read More »
Researchers have demonstrated how three vortices can be linked to prevent them from being dismantled. The structure of the links resembles a pattern used by Vikings and other old cultures. However, this research focused on vortices in a special way of matter known as a Bose-Einstein condensate. The findings have implications for quantum computers, particle
A Peculiar Protected Structure Links Viking knots With Quantum Vortices Read More »
The wonderful step taken by physicists Physicists have just taken an wonderful step regarding quantum devices that seems like something out of science fiction. For the first time, isolated sets of particles acting like unusual states of matter known as time crystals have been connected into a single, advancing system that could be extremely useful
Two Time Crystals Have Been Successfully Connected Together For the First Time Read More »
Since the dynamics inside a fusion reactor are extremely complicated, the walls may melt. A team of researchers from the Max Planck Institute for Plasma Physics (IPP) and the Vienna University of Technology (TU Wein) has actually found a way to manage Type-I ELM plasma instabilities that melt the walls of fusion devices. The study
A Big Problem With Fusion is Solved Read More »