Physics

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A revolutionary Discovery About Accelerating Quantum Entanglement

Physics, Quantum Physics, Science /

A team of distinguished researchers has achieved a remarkable breakthrough in quantum physics, expediting the process of creating quantum entanglement—an enigmatic phenomenon once dubbed “spooky action at a distance” by Albert Einstein. Pioneering Researchers Behind the Discovery The brilliant minds responsible for this groundbreaking revelation include: Their pioneering work has earned the honor of gracing the cover […]

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Surprising Behavior of Hydrogen Revealed Under High Pressure

Experimental Physics, Physics, Science /

Hydrogen, the fundamental element that shapes the cosmos, stars, and planets while also playing a pivotal role in sustainable energy solutions on Earth, continues to mystify scientists. Despite its seemingly uncomplicated structure, with just one electron and one proton in a hydrogen atom, many of its properties remain enigmatic. The Unexpected “Roton-like Behavior” A collaborative

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The Magnus Effect from Sport to Microscopy

Physics, Science, Theoretical Physics /

Whether you’re familiar with the Magnus effect, you’ve witnessed it in action, often surprising opponents in sports like football, cricket, or baseball.  This phenomenon is when a spinning ball deviates from its expected path. Beyond sports, engineers use it to propel specific types of ships and aircraft, employing devices like the “Flettner rotor.” Microscopic Magnus Effect

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Using Gravitational Waves To Hunt For Dark Matter

Unraveling the Mystery of Insulator-to-Metal Transitions: A Quantum Avalanche Study

Physics, Quantum Physics /

Most materials can be classified into two categories based on their subatomic particles: metals and insulators. Like copper and iron, metals possess free-flowing electrons that enable them to conduct electricity, while insulators, such as glass and rubber, tightly bind their electrons, making them non-conductive. The intriguing aspect of insulators is that they can be transformed

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Illustrating the Electron Topology Using ‘3D Glasses’

Condensed Matter, Physics, Science /

Topological quantum materials are viewed as a promising prospect for energy-efficient electronics and advanced technology in the future. Among their remarkable features is the ability to conduct spin-polarized electrons on their surface, despite being non-conductive in their interior. To better grasp this concept, it’s important to understand that spin-polarized electrons possess intrinsic angular momentum, indicating

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Quantum Breakthrough: First-Ever Achievement of a Laughlin State

Experimental Physics, Physics, Science /

The discovery of quantum Hall effects in the 1980s revealed the existence of new forms of matter known as “Laughlin states,” named after the American Nobel laureate who successfully characterized them theoretically. These great states manifest uniquely in two-dimensional materials under extremely cold conditions and intense magnetic fields. In a Laughlin state, electrons form an unusual liquid

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Using Gravitational Waves to Hunt for Dark Matter

Astronomy, Astrophysics, Physics, Quantum Physics, Science /

A global team of cosmologists has discovered through computer simulations that observing gravitational waves from merging black holes can reveal the real nature of dark matter. Dr. Alex Jenkins of University College London will co-author their discovery today at the 2023 National Astronomy Meeting. The team studied the production of gravitational wave signals in simulated

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A New Method for Managing the Turbulence’s Characteristics

1 Comment / Experimental Physics, Physics, Science /

According to a recent paper published in Nature Physics, researchers at the University of Chicago have made substantial strides in the management and control of turbulence, a complicated phenomenon characterized by chaotic fluctuations in flow velocity and pressure. The team devised a revolutionary technique to solve a long-standing problem of producing an isolated turbulent blob

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New Possibilities

New Possibilities Found for Room-Temperature Superconductivity

Condensed Matter, Physics, Science /

Room-temperature superconductivity Researchers find that triggering superconductivity with a flash of light requires the same fundamental physics at work in the more stable states needed for devices, opening up a new path toward creating room-temperature superconductivity. Researchers can learn more about a system by jolting it into a somewhat unstable state– scientists call this “out

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Getting the Best Flavor from Coffee to make Espresso

Experimental Physics, Physics, Science /

Espresso coffee is a popular beverage brewed by grinding roasted coffee beans into grains and then forcing hot water at high pressure through a bed of coffee grains to dissolve the soluble content of the coffee and produce espresso. However, recent research has found that more finely ground coffee beans make weaker espresso, which is

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