Tag: Quantum devices
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Scientists Built a Bizarre New Atom That Isn’t Supposed to Work Like… Here’s What It Means
Introduction: A Weird Breakthrough in Atomic Physics In a surprising turn for quantum science, researchers have engineered a novel artificial atom that doesn’t conform to traditional energy-level rules. While natural atoms interact with electromagnetic fields at a single point, enabling predictable energy ladders, this new construct behaves in ways that challenge those foundational expectations. The…
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Quantum Leap: Auburn Scientists Unveil Surface Immobilization Breakthrough to Speed Up Quantum Computing
Overview of the Breakthrough A team of researchers from Auburn University has announced a groundbreaking development in materials science that could dramatically enhance the performance of quantum computers. By creating a new class of materials capable of precise control over free electrons, the scientists aim to unlock more stable qubits and faster information processing. The…
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Unlocking Chirality: Controlled Crystallisation of Chiral Perovskite Films for Next-Gen Optoelectronics
Overview: A Leap in Chiral Perovskite Film Technology Chiral perovskite films are emerging as a transformative platform for optoelectronics. Scientists at the Centre for Nano and Soft Matter Sciences (CeNS) in Bengaluru have unlocked a practical, scalable approach to control the crystallisation of chiral hybrid materials. These advances hold promise for high-performance circularly polarised light…