Quantum Machine Learning for Optimizing Entanglement Distribution in Quantum Sensor Circuits
arxiv.org·7h
⚛️Quantum Circuits
Neglecton Particles Could Be Key to More Stable Quantum Computers
scientificamerican.com·2d
⚛️Information Physics
A look at SGD from a physicist's perspective – Part 1 (2018)
henripal.github.io·9h·
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⚛️Information Physics
Quantifying Kerr Black Hole Spin via Gravitational Wave Tensor Network Decomposition
dev.to·1d·
Discuss: DEV
⚛️Quantum Channels
Linkage
11011110.github.io·18h
📐Mathematical Art
Fast and Scalable Mixed Precision Euclidean Distance Calculations Using GPU Tensor Cores
arxiv.org·7h
⚡Parallel Computing
Monday Morning Haskell: Starting out with Graph Algorithms: Basic DFS
mmhaskell.com·2h
🔗Combinatory Logic
Molecular light chain: hybrid electronics for customized circuits
heise.de·15h
🌈Spectroscopy
Quantum networks shown to work on existing internet cables
cosmosmagazine.com·18h·
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⚛️Quantum Codecs
Temporal Wormholes from Temporal Quantum Correlations
onlinelibrary.wiley.com·3d·
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⚛️Quantum Channels
Algebraic approach reveals how to restore complex altered gene networks
phys.org·20h
🔲Cellular Automata
Linear Algebra: The Math Fuel Behind Machine Learning
dev.to·5h·
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📐Linear Algebra
Sheafification - The optimal path to mathematical mastery
sheafification.com·1d·
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🕸️Algebraic Topology
What Is Complexity in Chess?
lichess.org·7h·
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🧮Z3 Solver
Physicists Discover Universal Laws Governing Quantum Entanglement
scitechdaily.com·3d
⚛️Quantum Channels
Whirlaway: Multilinear STARKs using WHIR as polynomial commitment scheme
blog.lambdaclass.com·2d
🎯Performance Proofs
Understanding Matrices | Part 4: Matrix Inverse
towardsdatascience.com·1d
📐Linear Algebra
How to Build a High-Performance UR5 Inverse Kinematics Solver with IK-Geo
alexanderelias.com·1h·
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🏺Computational Archaeology
Activation Subspaces for Out-of-Distribution Detection
arxiv.org·7h
🧠Machine Learning
'Scientists Just Created Spacetime Crystals Made of Knotted Light'
science.slashdot.org·1d
⏰Time Crystals