#AI computing
1314 related articles
·3 min
AMD CDNA5 Architecture Deep Dive: Technical Evolution and the AI Computing Competition Landscape
Deep analysis of AMD's CDNA5 architecture covering Chiplet packaging upgrades, HBM memory evolution, and low-precision compute optimization, examining how AMD challenges NVIDIA's AI chip dominance.
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·3 min
Jensen Huang's First X Post Backs Open AI: Why the Computing Power King Sides with Open Source
NVIDIA CEO Jensen Huang's first X post champions open AI access. We analyze the business logic, policy dynamics, and the open vs. closed AI debate shaping the industry.
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·2 min
The AI Computing Arms Race: Why Tech Giants Are Betting Everything on Data Centers
Tech giants are pouring billions into AI computing infrastructure driven by FOMO. This deep dive analyzes the arms race logic, capital scale, energy challenges, and industry reshaping.
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·3 min
Oratomic Raises $300M: Can 20,000 Qubits End the Quest for Practical Quantum Computing?
Quantum startup Oratomic raises $300M led by ARCH Venture Partners and Khosla Ventures, claiming just 20,000 qubits can achieve practical quantum computing—far below the millions others require. A deep dive into the claim, capital logic, and impact.
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·6 min
A Beginner's Guide to AI Agents: How Large Models Are Driving a New Computing Revolution
What is an AI Agent? This article systematically explains the core architecture of AI agents (LLM + Planning + Memory + Tools), how they differ from ChatGPT, their combination with robots, and why developers must master Agent development skills.
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·7 min
How Quantum Computing + AI Supercomputing Could Crack Fusion's Fuel Dilemma
One of the biggest bottlenecks to fusion commercialization is the tritium fuel breeding and cycling problem. This article explores how quantum computing and AI supercomputers can jointly tackle fusion's fuel challenge.
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·6 min
Hardware-Level AI Security: How Confidential Computing Achieves Both Performance and Protection
Explore how hardware-level AI security and Confidential Computing protect model weights, training data, and inference processes, building trusted execution environments without performance loss.
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·6 min
Hardware-Level AI Security: How Confidential Computing Achieves Both Performance and Protection
Explore how hardware-level AI security and Confidential Computing protect model weights, training data, and inference processes, building trusted execution environments without performance loss.
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·3 min
GLM-4 Open Source Strikes Back: The AI War Expands to Memory and Space Computing
Zhipu AI's GLM open-source model approaches top closed-source models at 15% of GPT-5.5's cost. HBM shortages fuel AI inflation, and space data centers emerge as a serious compute play.
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·2 min
Cursor Receives Investment from SpaceX and xAI — AI Coding Tools Enter a New Era of Computing Power
Anysphere, the company behind AI coding tool Cursor, secures investment from SpaceX and xAI, gaining world-class computing resources to reshape the AI coding landscape.
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·2 min
OpenAI Stargate Michigan Data Center Breaks Ground: A Deep Dive into the 1GW Super Computing Facility
OpenAI's Stargate project breaks ground in Michigan, building a 1GW super data center with closed-loop cooling, thousands of union jobs, and $40M in free Codex credits for students.
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·2 min
Building Cloud Computing Clusters from Old Phones: Google and UCSD Explore a New Path to Sustainable Computing
Google and UCSD explore building cloud clusters from old phones, leveraging ARM chip efficiency to cut e-waste and data center carbon footprints.
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·3 min
Kunpeng AI Agent Architecture: Why General-Purpose Computing Matters as Much as AI Computing
Deep dive into Huawei Kunpeng's AI Agent solution — why general-purpose computing matters as much as AI computing for agent architecture, from memory systems to tool calling and secure runtimes.
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Industry Insights·3 min
China's Internet Giants Collectively Expand AI Capital Expenditure: Six Key Beneficiary Sectors in the Computing Infrastructure Supply Chain
China's internet giants collectively increase AI CapEx as computing infrastructure shifts from expectations to delivery. Analysis of six key beneficiary sectors including AI data centers, chips, and storage.
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·3 min
Using AI Agents to Write Research Experiment Logs: A Complete Methodology and Workflow
A detailed guide on using AI Agents to build Research Logs for scientific experiments, covering skeleton structure, daily workflows, pre-experiment thinking standards, code change tracking, and Agent-researcher division of labor.
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·4 min
Faithfulness of the Burau Representation at n=4 Proven: A Key Breakthrough on a Classical Problem
The faithfulness of the Burau representation of braid groups at n=4 has been unresolved for nearly ninety years. Recent research finally proves it faithful, with deep implications for knot theory, topological quantum computing, and cryptography.
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·4 min
Faithfulness of the Burau Representation at n=4 Proven: A Key Breakthrough on a Classical Problem
The faithfulness of the Burau representation of braid groups at n=4 has been unresolved for nearly 90 years. A recent proof finally settles this critical case, with implications for knot theory, topological quantum computing, and cryptography.
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·4 min
Disaster and Glory of the Apollo Program: The History We Must Revisit Before Returning to the Moon
From the fatal Apollo 1 fire to Apollo 8's daring lunar orbit to Apollo 11's successful landing—revisiting the disasters, fears, and compromises of the Apollo program and their lessons for today's return to the Moon.
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·3 min
AI Research Automation: More Like Data Cleaning Than Inventing the Transformer
AI research automation will look more like data cleaning than inventing the Transformer. Explore how automating 60%-80% of repetitive research work reshapes the AI research paradigm.
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·3 min
AI Research Automation: More Like Data Cleaning Than Inventing the Transformer
Why AI research automation looks more like data cleaning than inventing the Transformer. Exploring the value of automating 60%-80% of repetitive research work and how human-AI collaboration reshapes the research paradigm.
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