Intellectual hub of the topic
How a simple recursive formula gives rise to a hierarchy of explosive complexity – and why mathematicians want to harness it as a tool for data security.
Google has unveiled TurboQuant, an algorithm that compresses AI's working memory sixfold, which could fundamentally change the approach to neural network infrastructure.
AI: Events
Technical context • Research
Sony AI's March recap includes a new book on generative models, over ten research papers accepted for ICASSP 2026, and recognition for Alice Xiang on a top-100 list.
We explore how mathematicians investigate 'quantum' versions of symmetries and why any complex structure turns out to be assembled from simple, indivisible blocks.
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Biology & Neuroscience
Scientists have learned to “listen” to the electrical signals inside articular cartilage – and this opens the door to early arthritis diagnosis long before pain appears.
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Physics & Space • Nuclear Physics
Why strong interactions become weak in a dense nuclear medium – and how this explains the half-century-old phenomenology of Skyrme forces through the language of modern field theory.
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Physics & Space • Mathematical Physics
How mathematicians construct equations for real-world quantum systems, taking into account noise, loss, and interaction with the environment – not just the ideal 'vacuum' conditions of theory.
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Physics & Space • General Relativity
What does a maximally charged black hole sound like? Physicists have found a way to calculate its “voice” using methods from quantum field theory.
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Electrical Engineering & System Sciences
We explore how combining two mathematical theories allows us to build models of complex physical systems while preserving their energy properties.
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