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Breakthrough Raman-Based Quantum Memory Achieves Near-Perfect Efficiency and Fidelity Introduction  —  A New Milestone in Quantum Information Science In recent decades, quantum physicists and engineers have devised a host of technologies that exploit quantum mechanics to extend the limits of classical information science. Among these innovations, quantum memories have emerged as particularly promising tools for storing and retrieving quantum information carried by light or other media. Read more quantum breakthrough on FSNews365 For quantum technologies to be practical, quantum memory must offer both high efficiency and high fidelity. This means retaining and retrieving more than 90% of the incoming quantum information while ensuring the recovered state remains almost identical to the original. Yet many earlier designs for high-performance quantum memories introduced unwanted random fluctuations, creating noise that undermined fidelity. Major Quantum Memory Breakthrough Repor...

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...

Einstein-Rosen Caterpillar: Scientists Map Quantum Interior of Entangled Black Holes Edited by FSNews365 A Peak Inside the Invisible Heart of Black Holes The interior of a black hole has long remained one of science's most profound mysteries. Though these cosmic giants swallow light itself, theoretical physics offers a way to imagine what lies beyond their event horizons — particularly if Einstein's theory of relativity and quantum mechanics are both true. Now, a groundbreaking study published in Physical Review Letters has taken on that challenge, presenting a mathematical map of two quantum-linked black holes . What the researchers discovered is astonishing: the space connecting these two black holes — their shared wormhole — is not a sleek, sci-fi tunnel, but a long, knotted structure they call the "Einstein-Rosen caterpillar." (Related reading: How Quantum Entanglement Shapes the Universe ) Mapping the Interior — The "Einstein-Rosen Caterpillar" A ...

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...

Palomar Observatory Photos Reveal Mysterious Sky Flashes Linked to Nuclear Tests and UAPs By FSNews365 Team Forgotten Sky Plates Uncover a Hidden Cosmic Mystery In a discovery that could reshape how we interpret unexplained aerial phenomena, scientists analyzing archival sky photographs from the Palomar Observatory have found mysterious bright flashes recorded between 1949 and 1957 — long before the space age began. The research, conducted under the Vanishing and Appearing Sources during a Century of Observations (VASCO) project, involved digitizing decades-old glass plates to detect "transients" —brief, star-like object that appear in one frame and disappear in the next. These transients are exceptionally rare and puzzling. They can't easily be attributed to asteroids, camera defects or cosmic rays and now, researchers suggest they may share a surprising link with nuclear weapons testing and unidentified anomalous phenomena (UAPs) . Read more cosmic discoveries on FSN...

Can Gravity Be Quantum? New Study Challenge Feynman's Iconic Experiment Intro The century-long struggle to unite gravity and quantum theory — two pillars of modern physics — has just taken a surprising turn. A new Nature study questions one of the most promising experimental paths toward quantum gravity , arguing that classical gravity could also mimic the quantum entanglement effect once thought unique to the quantum world. For more on physics breakthroughs, explore FSNews365 Science & Space for in-depth reports. The Century-Old Quest for a Unified Theory Physicist have long dreamed of unifying the four fundamental forces — gravity , electromagnetism, the strong force and the weak force — under one grand quantum framework. While electromagnetism and the nuclear forces fit neatly within quantum mechanics, gravity stubbornly resists integration. The key obstacle lies in scale: quantum mechanics dominates the microscopic realm of particles , whereas gravity govern the macrosco...