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This research addresses the von Neumann bottleneck by demonstrating a novel spintronic transistor architecture that integrates computing and memory within a single van der Waals crystal of CrSBr. By utilizing quantum microscopy to observe magnetic states during active processing, the team eliminates interface losses typically found when joining separate magnet and semiconductor materials. This advancement represents a significant step toward energy-efficient hardware essential for scaling future AI systems without exacerbating power consumption issues.
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Sursă care acoperăGDELT
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Quantum sensor illuminates novel transistor design - Compound Semiconductor News
GDELT3 min de cititArticolul și perspectiva sunt în engleză.
AI faces an energy crisis, stemming from processors continually shuffling data between separate computing and memory nodes (the 'von Neumann bottleneck'). One solution is spintronics, using an electron’s 'spin' (or its intrinsic magnetic orientation) to improve efficiency. Such devices would be based around 'spin' transistors that combine magnetic bits with a semiconducting switch,…
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