Scientists have developed a novel chip stacking technique capable of stably layering over ten ultra-thin semiconductor chips. This advancement achieves an integration density approximately four times that of commercial High Bandwidth Memory (HBM), potentially alleviating storage bottlenecks in artificial intelligence applications. The research, detailed in the journal 'Engineering Achievements,' also includes a separate development by a Finnish research team of the world's first superconducting circuit-based quantum heat engine, marking a significant step in experimental quantum thermodynamics. AI
IMPACT This chip stacking innovation could significantly boost AI performance by overcoming current storage limitations.
RANK_REASON The cluster reports on scientific research and development in chip stacking technology and quantum heat engines, including publication in academic journals. [lever_c_demoted from research: ic=1 ai=1.0]
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