A paradigm shift is underway in scientific AI as Microsoft unveils a pioneering self-evolving reasoning system, promising unprecedented adaptability, controllability, and transparency in tackling complex scientific domains. Built to empower researchers with greater oversight and interactive...
adaptive ai systems
ai benchmarking
ai ensembling
ai explainability
ai for scientific discovery
ai in science
ai reasoning
ai reproducibility
ai uncertainty signaling
artificial intelligence
cognitive loops
future of ai
hybrid ai architecture
in-situ optimization
reasoning models
research automation
scientificai
self-evolving systems
transparency in ai
user steerability
The shift toward an “agentic web” is perhaps the most consequential change in the relationship between users and digital technology since the rise of the modern search engine. At Microsoft Build 2025, held in Seattle, Washington, the spotlight swung onto this evolving paradigm, with Microsoft...
agent marketplace
agentic web
aiai agents
ai apis
ai automation
ai ecosystem
ai ethics
ai frameworks
ai in microsoft 365
ai innovation
ai interoperability
ai orchestration
ai security
ai-powered agents
artificial intelligence
automated workflows
automation
azure ai foundry
cloud computing
cross-platform ai
developer tools
digital transformation
distributed data access
enterprise ai
future of ai
future of internet
future of work
generative ai
github copilot
gpt models
hybrid ai
low-code ai
machine learning
mcp protocol
microsoft 365
microsoft 365 copilot
microsoft azure ai
microsoft build
microsoft build 2025
microsoft copilot
multi-agent systems
natural language interfaces
nlweb
open source
open source ai
open standards
responsible aiscientificai
security and privacy
semantic search
tech innovation
trust in ai
web automation
windows 12
windows ai foundry
windows ai integration