The fate of every technology is to start out unreliable, gradually become more reliable, and then be computerized and become unreliable again.
TECHNOLOGY
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Rebuilding Collaborative Knowledge Base Architecture for AI
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Really does feel like a good time to rebuild a collaborative knowledge base, architected for AI to query. Maybe web3? Maybe a knowledge graph?
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Cerebras Wafer Scale Engines: Superior AI Hardware Architecture
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What makes Cerebras Wafer Scale Engines better for AI than GPUs?
— Cerebras (@cerebras) 5 août 2024
Cerebras CTO and cofounder, Sean Lie, sat down with @FoundationCap's @vassallo to explain.
Sean talks end-to-end system design, the power of sparsity, and why wafer-scale clusters are the best tools for AI… https://t.co/qZbWamoh9jWhat makes Cerebras Wafer Scale Engines better for AI than GPUs? Cerebras CTO and cofounder, Sean Lie, sat down with @FoundationCap
's @vassallo to explain. Sean talks end-to-end system design, the power of sparsity, and why wafer-scale clusters are the best tools for AI -
HTMX Creates New Web Coding Pattern: Carson’s Detailed Explanation
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Here's the in-depth explanation from Carson, with two examples, of how HTMX creates a new pattern for web coding:
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Carson Explains How HTTP Works
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Here's a link direct to the bit where Carson explains how HTTP works:
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Breaking Web Development Constraints: HTTP and New Coding Patterns
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The most mind-expanding interview I've ever done is this — my interview with @htmx_org
, in which he explains with examples:
– How HTTP works
– How browsers constrain what devs can do with it
– A new pattern for web coding that breaks those constraints. -
Flux 1.0 and GEN-3 New Super AI Combo
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Flux 1.0 y GEN-3, el nuevo súper combo! 🔥 pic.twitter.com/bKSrvr4Cur
— Carlos Santana (@DotCSV) 5 août 2024Flux 1.0 y GEN-3, el nuevo súper combo!
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VGNN accelerates phonon dispersion calculations for materials discovery
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A VGNN could help calculate phonon dispersion relations for a few thousand materials in just a few seconds w/a personal computer. This efficiency could enable scientists to search a larger space when seeking materials with certain thermal properties.
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Virtual Node Graph Neural Network Models Phonon Dynamics
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The team created a virtual node graph neural network (VGNN) by adding a series of flexible virtual nodes to the fixed crystal structure to represent phonons. The virtual nodes enable the output of the neural network to vary in size, so it isn’t restricted by the fixed crystal
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Heat Management Innovation Boosts Energy and Electronics Efficiency
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This method could help engineers design energy generation systems that produce more power, more efficiently. It could also help develop more efficient microelectronics, since managing heat is still a bottleneck to speeding up electronics.