Microsoft Research microsoft.com

Tool-space interference in the MCP era: Designing for agent compatibility at scale

microsoft.com·34w·Hacker News

RenderFormer: How neural networks are reshaping 3D rendering

microsoft.com·34w

Breaking the networking wall in AI infrastructure

microsoft.com·35w

Crescent library brings privacy to digital identity systems

microsoft.com·37w

Applicability vs. job displacement: further notes on our recent research on AI and occupations

microsoft.com·37w

Coauthor roundtable: Reflecting on healthcare economics, biomedical research, and medical education

microsoft.com·37w

MindJourney enables AI to explore simulated 3D worlds to improve spatial interpretation

microsoft.com·37w

Dion: the distributed orthonormal update revolution is here

microsoft.com·39w

Reimagining healthcare delivery and public health with AI

microsoft.com·39w

Self-adaptive reasoning for science

microsoft.com·39w

VeriTrail: Detecting hallucination and tracing provenance in multi-step AI workflows

microsoft.com·40w

Project Ire autonomously identifies malware at scale

microsoft.com·40w·Lobsters, Hacker News, Hacker News

Navigating medical education in the era of generative AI

microsoft.com·41w

Xinxing Xu bridges AI research and real-world impact at Microsoft Research Asia – Singapore

microsoft.com·41w

Technical approach for classifying human-AI interactions at scale

microsoft.com·41w·Hacker News

AI Testing and Evaluation: Reflections

microsoft.com·42w

CollabLLM: Teaching LLMs to collaborate with users

microsoft.com·43w

AI Testing and Evaluation: Learnings from cybersecurity

microsoft.com·43w

How AI will accelerate biomedical research and discovery

microsoft.com·43w

AI Testing and Evaluation: Learnings from pharmaceuticals and medical devices

microsoft.com·44w

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