#Moore's Law
49 related articles
·2 min
Micron and SK Hynix Pledge Billions in Expansion, but New Memory Capacity Won't Arrive Until 2028
Micron and SK Hynix announce billions in DRAM expansion, but semiconductor construction cycles mean new capacity won't materialize until 2028, keeping memory supply tight amid surging AI demand.
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·3 min
The AI Energy Efficiency Revolution: What an 18x Improvement in 16 Months Really Means
AI intelligence per joule has improved 18x in 16 months, far outpacing Moore's Law. This article analyzes the drivers behind this efficiency revolution and its implications for AI adoption and energy.
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·4 min
The Current State and Future of AI Drug Discovery: Data Bottlenecks, Clinical Challenges, and the Path Forward
An in-depth analysis of AI's real-world applications in drug discovery, covering target identification, molecular generation, and protein structure prediction. Examines data quality bottlenecks, the absence of approved AI-native drugs, and pragmatic paths forward including human-AI collaboration.
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·3 min
How AI Data Centers Are Reshaping Electricity Pricing: Cost Allocation and Energy Market Transformation
Surging AI data center power demand is reshaping electricity pricing. This article analyzes grid impacts, three pricing pathways, and implications for consumer bills and energy transition.
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·3 min
Academia Openly Criticizes AI Industry's Playbook: Why It May Already Be Too Late
Academia finally criticizes the AI industry's playbook — including bait-and-switch openness, talent poaching, and compute monopolies — but industry has already consolidated power. A deep analysis of the growing imbalance.
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·3 min
SAP Freezes Hiring and Travel: AI Costs Are Devouring Corporate Budgets
SAP freezes hiring and travel as AI spending surges, revealing the massive cost pressures enterprises face in AI transformation and how budgets are being reshaped.
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·4 min
The Shape and Trajectory of Technological Evolution: How to Understand and Predict Future Tech Trends
Deep analysis of the underlying logic and key trends in technological evolution, covering AI infrastructure, computing paradigm shifts, and human-machine collaboration, with frameworks for developers and entrepreneurs.
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·2 min
AI Model Delayed Two Months and Still Can't Beat Opus? The Battle Between Release Cadence and User Expectations
Reddit debates AI model delays: Two months late and still can't beat Claude Opus? Analyzing benchmark drift, diminishing returns, and expectation management in AI.
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·3 min
The AI Replacement Wave: Can Switching to a Trade Really Save You?
Can switching to plumbing or electrical work really protect you from AI long-term? This article analyzes white-collar vs. blue-collar replacement timelines, the durability of the physical moat, and personal strategies more important than picking the right career track.
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·2 min
Why Sci-Fi Author Charlie Stross Refuses to Write with AI: A Professional Creator's Deliberate Stance
Hugo Award winner Charlie Stross refuses to use AI in his writing, citing copyright risks, creative value, and technical limitations—a professional author's deliberate stance on generative AI.
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·2 min
Decoding the OpenAI Astra Rumors: Can AI Conquer Frontier Mathematics?
OpenAI's internal model Astra reportedly achieved 10 breakthroughs in math and theoretical CS. We analyze the rumors, compute infrastructure trends, real AI research assistant experiences, and AI's limits in original research.
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·6 min
AI Coding Boosts Productivity 10x: Are Programmers Writing Their Own Pink Slips?
A senior developer admits 95% of work is done by Claude Code, with 10x productivity gains. From coding to architecture, AI is eroding programmers' core skill moats. Deep analysis of AI coding's impact on tech employment.
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·3 min
How Cheap Can It Be to Serve a 2.8 Trillion Parameter Model? A Deep Dive into Inference Economics
Deep analysis of the real cost of serving a 2.8 trillion parameter model. From MoE sparse activation to batching scale effects and inference optimization, revealing why model size and serving cost are less correlated than assumed.
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·3 min
Why We Abandoned Our LLM Router: Lessons in Over-Engineering
An in-depth analysis of why teams are abandoning LLM routers, exploring hidden complexity costs, outdated cost assumptions, and how to avoid over-engineering in AI systems.
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·3 min
Thermodynamic Elastic Compiler (TEC): Tackling AI Compute Bloat Through Reversible Computing
Deep analysis of how the Thermodynamic Elastic Compiler (TEC) leverages Landauer's Principle and reversible computing to reduce AI energy consumption by eliminating 99.5% of bit erasures, with applications in edge AI and distributed deployment.
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·4 min
Andrew Kelley's Technical Optimism: Don't Fall Into Pessimism
Zig creator Andrew Kelley's SSW 2026 talk urges developers to reject 'black pill' nihilism, confronting software bloat and complexity with a builder's mindset rather than surrendering to pessimism.
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·3 min
Anthropic Opus 5 Real-World Testing: Outperforms Competitors at Half the Price
Anthropic Opus 5 hands-on review: first to break 30% on ARC-AGI, near Fable 5 agentic coding at half the price. Benchmarks, token costs, and GPT-5.6 comparison.
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·3 min
Anthropic Opus 5 Real-World Testing: Outperforms Competitors at Half the Price
Anthropic Opus 5 hands-on review: first to break 30% on ARC-AGI, near Fable 5 in agentic coding at half the price. Benchmarks, token costs, and GPT-5.6 comparison.
Read more →
·3 min
Running AI Inside DRAM: A Processing-in-Memory Experiment That Breaks DDR4 Timing Rules
Explore how deliberately violating DDR4 timing rules enables running PrismML's Bonsai AI model inside DRAM, covering the principles, energy benefits, and challenges of processing-in-memory.
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·3 min
The Rise of General AI: Breakthroughs in Mathematical Reasoning and Competitive Programming
Frontier AI is going general: costs are dropping, general models are beating specialized ones in math and competitive programming, and multi-agent workflows are maturing fast.
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