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US Scientists Achieve First Dissipationless Fractional Chern Insulator, Opening New Era for Quantum Devices A team of researchers in the United States has revealed a device capable of carrying electrical current along its fractionally charged edges without wasting energy as heat. Reported in Nature Physics , the breakthrough — led by Xiaodong Xu at the University of Washington — represents the first experimental realization of a dissipationless fractional Chern insulator , a long-theorized state of matter with major potential for next-generation quantum technologies . Understanding the Quantum Hall Effect The quantum Hall effect arises when electrons are confined within a two-dimensional material , cooled to near absolute zero and subjected to intense magnetic fields . As in the classical Hall effect, a voltage forms at right angles to the flow of current — but in this quantum version, the voltage increases in precise, quantized steps . Fractional Quantum Hall Effect and Collectiv...

RIKEN Scientists Create Precision Carbon Nanotubes for Single-Photon Quantum Technologies Carbon Nanotubes Emerge as Key Building Blocks for Quantum Communication RIKEN researchers have developed a method to precisely create carbon nanotubes that emit single photon from a specific point along their length. These tiny carbon structures could become a cornerstone of future light-based quantum technologies . Light already carries vast amounts of data across the globe through optical fibers . Harnessing it quantum properties , however, could deliver major advantages, including ultra-secure communication in which any attempted interception is immediately detectable. Breakthrough in quantum physics, photonics and advanced materials are regularly covered by FSNews365 , which tracks emerging technologies shaping the future of science. Such quantum communication systems depend on light sources that release photons one at a time . While several platforms can achieve this, carbon nanotubes ...

Scientists Unveil Breakthrough Magnetic Cloaking Technology for Real-World Application University of Leicester Engineers Demonstrate Practical Magnetic Invisibility Engineers at the University of Leicester have unveiled a pioneering concept a device capable of magnetically "cloaking" sensitive components , effectively making them invisible to detection . The technology works by controlling the flow of magnetic fields , guiding them smoothly around an object so the fields behave as though the object is not present at all . Coverage of emerging physics and advanced engineering breakthroughs is regularly featured on FSNews365 , which tracks innovations shaping future science and technology. Practical Magnetic Cloaks Built With Real Materials Superconductors and Soft Ferromagnets Enable Cloaking In a study published in Science Advances , the research team demonstrates for the first time that practical magnetic cloaks can be engineered using superconductors and soft ferromag...

Scientists Observe First "Time Rondeau Crystal," Redefining Order in Quantum Physics In a groundbreaking study published in Nature Physics, scientists have reported the first experimental observation of a time rondeau crystal — a newly discovered phase of matter where long-range temporal order coexists with short-term disorder . This discovery expands the frontiers of quantum materials, opening new avenues for quantum information storage and temporal phase control . For more insights on quantum breakthrough and next-generation computing , visit FSNews365 , where science and technology intersect with innovation. A Harmony Between Art, Music and Quantum Physics Taking its name from the classical musical structure where a central theme alternates with differing variations — as in Mozart's Rondo alla Turca — the time rondeau crystal  demonstrates precise periodic motion at certain intervals, punctuated by random yet controlled fluctuations. "Our motivation came from o...

Japanese Physicists Use Light to Break Newton's Third Law  —  A Leap Toward Non-Reciprocal Quantum Materials A Groundbreaking Twist  —  Light-Induced Violation of Newton's Third Law In a discovery that challenges one of physics' most established principles, researchers in Japan have demonstrated how light can induce non-reciprocal interactions in solids — effectively breaking Newton's third law within a controlled environment. By findings, published on 18 September 2025 in Nature Communications , mark a revolutionary step in non-equilibrium physics , opening pathways to light-driven quantum materials and energy-efficient spintronic technologies . Related reading: Light-Induced Magnetism  —  The Future of Quantum Devices From Action and Reaction to Chase and Run Under ordinary conditions, all physical systems obey the law of action and reaction, maintaining symmetry through the principle of free energy minimization. However, in non-equilibrium systems — s...

Harvard Breakthrough: 3,000-Qubit Computer Runs Continuously, Marking a New Era in Technology Edited by Fasi Uddin 29 September 2025 The Quantum Computing Revolution Begins A frequently cited example of quantum computing's extraordinary promise notes that just 300 qubits could theoretically store more data than all the particles in the observable universe. Now, Harvard researchers have surpassed this benchmark by unveiling a 3,000-qubit quantum computer , reported in Nature . Even more remarkable, this is the first system capable of operating continuously without constant restarts — a critical leap toward the future of supercomputing. This achievement is not just a scientific milestone. It represents the dawn of a news technological era that could revolutionize fields like finance, healthcare, climate research and artificial intelligenc e. For updates on how science breakthrough shape society, explore FSNews365 . A Milestone in Quantum Technology Led by Professor Mikhail Lukin...