A Quantum Error Correction Breakthrough?
tech.slashdot.org·6h
🔢Homomorphic Encryption
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The road to useful quantum computing applications
🌀Naiad
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Dynamic Quantum Circuit Scheduling via Adaptive Resource Allocation & Reinforcement Learning
🕐Vector Clocks
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Quantum computing: too much to handle!
🕐Vector Clocks
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Separating QMA from QCMA with a classical oracle
arxiv.org·3d
📦Protocol Buffers
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Quantum roundup: Lots of companies announcing new tech
arstechnica.com·3d
🔢Homomorphic Encryption
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Scaling for quantum advantage and beyond
🚀Performance
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Observation of quantum Darwinism and classicality with superconducting circuits
🕐Vector Clocks
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Attention really is all you need — The Encoder
pub.towardsai.net·1h
🤖Transformers
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Generative AI and the P=NP problem
lesswrong.com·14h
🧮SMT Solvers
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Show HN: Mathematical parameter selection to eliminate synchronization bugs
🕐Vector Clocks
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IBM Delivers New Quantum Processors, Software, and Algorithm Breakthroughs on Path to Advantage and Fault Tolerance
🤝Paxos
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A superconducting quantum processor developed at Princeton clears a key obstacle in error correction and scalability, bringing practical quantum computing withi...
engineering.princeton.edu·5d
⚡Hardware Acceleration
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Quantum-Inspired Geometry: Boosting Offline Reinforcement Learning with Compact State Representations
🎯Reinforcement Learning
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