Multi-Core By Default
rfleury.com·17h·
🔀SIMD Programming
Part 4: Advanced MCP Patterns and Tool Chaining
dev.to·13h·
Discuss: DEV
🛡️Capability VMs
Evolution or revolution? Intel Panther Lake including architecture, efficiency and software integration
igorslab.de·1d
Instruction Fusion
AsyncSpade: Efficient Test-Time Scaling with Asynchronous Sparse Decoding
arxiv.org·15h
📋JSON Parsing
go-async, a type-Safe, retryable, and deterministic concurrency for Go
reddit.com·11h·
Discuss: r/golang
🐹Goroutine Scheduling
GoMem is a high-performance memory allocator library for Go
github.com·17h
🧠Memory Allocators
N8n vs. Windmill vs. Temporal
blog.arcbjorn.com·19h·
Discuss: Hacker News
⏱️Async Runtimes
Iterated Development and Study of Schemers (IDSS)
lesswrong.com·4h
🏰Capability Machines
Virtual threads - the future of threading in Java?
dev.to·2d·
Discuss: DEV
🔗Concurrency Primitives
An enough week
blog.mitrichev.ch·23h·
🌲Deforestation
Interviewing Intel's Chief Architect of x86 Cores
chipsandcheese.com·1d·
🎯Ring Buffers
Context Engineering Tips for ClaudeCode: Context Trimming, Sub-agents, Parallelism
reddit.com·7h·
Discuss: r/ClaudeAI
Effect Handlers
TBM 383: Maximizers vs. Focusers
substackcdn.com·4h·
Discuss: Substack
📡Async Channels
Epistrophy: cooperative multithreading for the browser
hazure.neocities.org·1d
🔄Coroutines
When Python can't thread: a deep-dive into the GIL's impact
pythonspeed.com·8h·
Discuss: Hacker News
🔗Concurrency Primitives
Parallelizing Cellular Automata with WebGPU Compute Shaders
vectrx.substack.com·9h·
Discuss: Substack
🪢Rope Data Structures
Speed Matters: How We Achieve the Fastest Web Agent
browser-use.com·1d·
Discuss: Hacker News
💬Smalltalk VMs