Physics

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Scientists Uncover a New Type of Quantum State in Graphene

Physics /

Electrons forced through a maze of twisted carbon layers behave in unexpected ways. Researchers from the University of British Columbia, the University of Washington, Johns Hopkins University, and Japan’s National Institute for Materials Science have discovered a strange new state of matter in graphene’s electrical currents. Their findings confirm predictions about electron behavior in crystalline […]

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Quantum Mechanics was Established a Century Ago, and Physicists are Marking the Milestone

Physics, Quantum Physics /

A century ago, science embraced quantum principles. To commemorate this, physicists are hosting a year-long global celebration. In 1925, quantum mechanics began to take shape, offering a scientific theory that explains the counterintuitive behaviors of physics at microscopic scales. From that point onward, a series of groundbreaking papers established the theory’s foundation. Since then, quantum

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Magnetic Fields Significantly Impact Sound Wave Movements in a Revolutionary Discovery

Physics /

By experimenting with nanoscale magnetic materials, researchers have uncovered an asymmetric diffraction pattern in surface acoustic waves (SAWs)—a phenomenon previously seen only in optics. This breakthrough reveals new ways to manipulate sound waves, potentially transforming classical and quantum communication. A New Discovery in Acoustic Wave Propagation A team from Tohoku University, the Japan Atomic Energy

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Debunking the Quantum Entropy Myth – How Disorder Inevitably Prevails

Physics /

Researchers at TU Wien have resolved a long-standing paradox in quantum entropy, proving that even in isolated quantum systems, disorder naturally increases, aligning quantum mechanics with thermodynamics. The second law of thermodynamics states that entropy—disorder—always increases in a closed system. This explains why ice melts and why shattered vases don’t reassemble. However, quantum physics appears

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Scientists Discover Mysterious Nuclear “Bump” Challenging Existing Physics Models

Physics /

Scientists at the University of Jyväskylä’s Accelerator Laboratory have precisely measured the atomic masses of radioactive lanthanum isotopes, uncovering an unexpected anomaly in their nuclear binding energies. This discovery sheds light on the formation of elements heavier than iron and raises questions about nuclear structure. At the IGISOL facility, researchers produced short-lived, neutron-rich lanthanum isotopes,

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Quantum Experiment Uncovers Light Behaving Across Multiple Dimensions

Physics /

A team from the University of Science and Technology of China tested a quantum paradox by measuring light in 37 dimensions, exploring the Greenberger-Horne-Zeilinger (GHZ) paradox. Their findings provide insights into quantum phenomena and technologies, revealing how difficult it is for our brains to understand the universe’s workings. While local realism predicts a logical sequence

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Physicists Verify the Presence of a New Type of Magnetism

Physics /

Physicists in Sweden have successfully controlled a newly discovered form of magnetism, opening exciting possibilities for advancements in electronics, from memory storage to energy efficiency. A team led by researchers from the University of Nottingham used high-speed electron accelerators to bombard an ultra-thin wafer of manganese telluride with X-rays of different polarizations. This allowed them

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The Quantum Breakthrough: Researchers Discover a Novel Method to Manipulate Electrons

Physics /

Electrons are primarily known for their negative charge, which drives electric currents, but they also possess spin—a magnetic property with vast potential for advancing data storage technology. However, effectively controlling electron spin remains a challenge. Harnessing Spin Through Ferromagnetic Materials and Chiral Molecules One common method to align electron spin involves passing an electric current

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Artificial Sun Sets New Fusion Record by Surpassing 1,000 Seconds

Experimental Physics, Physics /

Scientists have just achieved a new milestone in their efforts to create an ‘artificial Sun’ on Earth. The team behind China’s Experimental Advanced Superconducting Tokamak (EAST) successfully kept their fusion drive running for over 1,000 seconds, with a precise duration of 1,066 seconds, or nearly 18 minutes. Launched in 2006, EAST is one of several

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Illuminating Chirality: Twisting Crystals with Light

Physics /

Chirality, a key property in biological, chemical, and physical processes, plays a vital role in enabling unique interactions with polarized light and chiral molecules. As a result, chiral solids are highly valued for applications in catalysis, sensing, and optical technologies. However, chirality in crystals has traditionally remained fixed during their formation, as altering their left-

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