AI 投研 – 第 11 页

6.0 AI 投研 Tech Xplore AI 2026-06-13

AI 投研 2026-06-13

In aging South Korea, AI dolls care for the elderly

AI 摘要：In her tiny apartment in South Korea, where she lives alone, 78-year-old Bang Chun-ja spends her days wi

来源: Tech Xplore AI 6.0

7.8 AI 投研 Nature Machine Learning 2026-06-13

AI 投研 2026-06-13

How AI is reshaping discovery in maths and physics

AI 摘要：How AI is reshaping discovery in maths and physics

来源: Nature Machine Learning 7.8

6.0 AI 投研 ScienceDaily Artificial Intelligence 2026-06-13

AI 投研 2026-06-13

Brain-inspired chip runs near absolute zero and could transform quantum computing

AI 摘要：Scientists at the University of Hong Kong have created a remarkable new type of brain-inspired chip that

来源: ScienceDaily Artificial Intelligence 6.0

6.0 AI 投研 Tech Xplore AI 2026-06-13

AI 投研 2026-06-13

Despite the AI hype, some experts warn of a bubble—what happens if it pops?

AI 摘要：In the last few years, the hype around artificial intelligence has become stratospheric. Riding a wave o

来源: Tech Xplore AI 6.0

8.0 AI 投研 NVIDIA Technical Blog 2026-06-13

AI 投研 2026-06-13

Deploy Long-Context Reasoning and Agentic Workflows with MiniMax M3 on NVIDIA Accelerated Infrastructure

本文源自NVIDIA技术博客，聚焦企业AI应用规模扩大后，开发者需整合文本、视觉等碎片化模型管线的行业痛点，介绍可借助MiniMax M3在NVIDIA加速基础设施上部署长上下文推理与智能代理工作流的方案，为企业级AI应

来源: NVIDIA Technical Blog 8.0

AI Radar Summary

本文源自NVIDIA技术博客，聚焦企业AI应用规模扩大后，开发者需整合文本、视觉等碎片化模型管线的行业痛点，介绍可借助MiniMax M3在NVIDIA加速基础设施上部署长上下文推理与智能代理工作流的方案，为企业级AI应用开发提供部署思路，相关内容可通过官方原文链接溯源。

6.0 AI 投研 Tech Xplore AI 2026-06-13

AI 投研 2026-06-13

Human understanding of AI can’t keep up with its advancement, researchers say

AI 摘要：In a recent editorial published in Science, Microsoft's chief scientific officer, Eric Horvitz, and rese

来源: Tech Xplore AI 6.0

6.0 AI 投研 Tech Xplore AI 2026-06-13

AI 投研 2026-06-13

Q&A: Can we trust AI models? Researchers explore the roots of chatbot errors

AI 摘要：The rapid rise of artificial intelligence (AI) has inserted a new character into people's lives: the cha

来源: Tech Xplore AI 6.0

8.6 AI 投研 NVIDIA Technical Blog 2026-06-13

AI 投研 2026-06-13

NVIDIA Achieves Leading Agentic Coding Performance on First Agentic AI Benchmark

AI 摘要：AI agents have fundamentally changed the complexity of inference workloads. Until now, the industry has

来源: NVIDIA Technical Blog 8.6

AI Radar Summary

AI 摘要：AI agents have fundamentally changed the complexity of inference workloads. Until now, the industry has struggled to define a standard for measuring how...

7.8 AI 投研 Nature Machine Learning 2026-06-12

AI 投研 2026-06-12

A scalable approach to investigating sequence-to-function predictions from personal genomes

AI 摘要：A scalable approach to investigating sequence-to-function predictions from personal genomes

来源: Nature Machine Learning 7.8

7.8 AI 投研 Nature Machine Learning 2026-06-12

AI 投研 2026-06-12

Why machine learning fails at mass spectrometry for small molecules

AI 摘要：Why machine learning fails at mass spectrometry for small molecules

来源: Nature Machine Learning 7.8