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Ceci Soriano
Ceci Soriano
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Monday 02 November 2026 21:46:23 GMT
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עמיתהרטמן
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Quantum entanglement is one of the most mysterious phenomena in physics. When two particles become entangled, they are connected in a way that the state of one instantly affects the state of the other, no matter how far apart they are. For decades, scientists believed this connection happened instantaneously. Now, researchers at TU Wien and their collaborators have measured how entanglement actually forms over time. Using extremely precise laser pulses and advanced computer simulations, the team studied electrons as they were excited and removed from atoms. They discovered that entanglement does not appear suddenly. Instead, it has a measurable formation time, unfolding over an attosecond. An attosecond is one quintillionth of a second. That is a billionth of a billionth of a second, a timescale almost impossible for humans to imagine. This experiment is like having a super high-speed camera that can record the fastest processes in the universe. By observing entanglement in real time, scientists can now see the subtle changes in electron states that lead to the formation of quantum links. This insight challenges the long-held assumption that entanglement is purely instantaneous and provides new ways to understand how ultrafast quantum processes work. The implications are enormous. Understanding the exact timeline of entanglement could improve quantum computing, quantum communication, and cryptography. It may also lead to new methods for controlling quantum systems with precision never seen before. In short, quantum entanglement is faster than anything in the human world, but it is not truly instantaneous. It follows a finite, measurable timeline that reveals the hidden dynamics of the quantum universe. Scientists are now closer than ever to understanding how the fastest connections in nature really happen. #Quantum physicists just proved that one plus one can equal minus one Instead of two spins combining into a stronger spin in the same direction, they produced a new motion spinning the opposite way. Utilizing ultra-powerful terahertz laser pulses, the researchers drove the collective atomic vibrations of a bismuth selenide crystal lattice into distinct circular orbits. Stroboscopic measurements captured with a second ultrafast laser pulse revealed a completely counterintuitive reaction: as the rotational momentum transferred between different vibration modes, the direction of the spin instantaneously reversed. This unexpected reversal occurs due to the unique threefold rotational symmetry of the crystal lattice, which allows certain opposing rotational states to behave as physically identical configurations, forcing the combining motions to fold backward in an atomic-scale flipping mechanism resembling a quantum
Quantum entanglement is one of the most mysterious phenomena in physics. When two particles become entangled, they are connected in a way that the state of one instantly affects the state of the other, no matter how far apart they are. For decades, scientists believed this connection happened instantaneously. Now, researchers at TU Wien and their collaborators have measured how entanglement actually forms over time. Using extremely precise laser pulses and advanced computer simulations, the team studied electrons as they were excited and removed from atoms. They discovered that entanglement does not appear suddenly. Instead, it has a measurable formation time, unfolding over an attosecond. An attosecond is one quintillionth of a second. That is a billionth of a billionth of a second, a timescale almost impossible for humans to imagine. This experiment is like having a super high-speed camera that can record the fastest processes in the universe. By observing entanglement in real time, scientists can now see the subtle changes in electron states that lead to the formation of quantum links. This insight challenges the long-held assumption that entanglement is purely instantaneous and provides new ways to understand how ultrafast quantum processes work. The implications are enormous. Understanding the exact timeline of entanglement could improve quantum computing, quantum communication, and cryptography. It may also lead to new methods for controlling quantum systems with precision never seen before. In short, quantum entanglement is faster than anything in the human world, but it is not truly instantaneous. It follows a finite, measurable timeline that reveals the hidden dynamics of the quantum universe. Scientists are now closer than ever to understanding how the fastest connections in nature really happen. #Quantum physicists just proved that one plus one can equal minus one Instead of two spins combining into a stronger spin in the same direction, they produced a new motion spinning the opposite way. Utilizing ultra-powerful terahertz laser pulses, the researchers drove the collective atomic vibrations of a bismuth selenide crystal lattice into distinct circular orbits. Stroboscopic measurements captured with a second ultrafast laser pulse revealed a completely counterintuitive reaction: as the rotational momentum transferred between different vibration modes, the direction of the spin instantaneously reversed. This unexpected reversal occurs due to the unique threefold rotational symmetry of the crystal lattice, which allows certain opposing rotational states to behave as physically identical configurations, forcing the combining motions to fold backward in an atomic-scale flipping mechanism resembling a quantum "1 + 1 = −1" effect. By providing the first experimental proof of how lattice angular momentum is conserved and distributed via nonlinear interactions, the discovery fills a major theoretical gap that has persisted since Albert Einstein and Wander Johannes de Haas first linked magnetism to physical rotation over a hundred years ago. Under normal circumstances, tracking the exact pathways of rotating quantum particles remained elusive because the energy typically dissipates into disorganized heat. This successful demonstration of utilizing laser light to manipulate and flip directional atomic spins introduces the fundamental framework for a new discipline known as helical nonlinear phononics. Over the long term, gaining precise control over these ultrafast structural dynamics at the quantum level provides researchers with a novel mechanism to stabilize, manipulate, and switch magnetic states, paving the way for the development of next-generation spintronics and advanced sub-picosecond data storage devices. Reference Minakova, O. (2026). Observation of angular momentum transfer among crystal lattice modes. Nature Physics, 1-7. #quantum #Science #physics #creatorsearchinsight
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