Scientists are using AI agents to read and summarize research papers much faster than humans can. Tools like Semantic Scholar scan thousands of scientific articles, helping researchers spot important patterns and find gaps in knowledge. This saves months of work and helps science move forward quicker.

In neuroscience, AI agents are making big differences in brain studies. They examine MRI scans in real-time, comparing them to thousands of past images to detect problems. These tools help doctors diagnose conditions faster and suggest treatments, improving patient care. The technology is especially helpful for understanding complex brain diseases.

NASA is using agentic AI to break down walls between science fields. Their AI connects data from astronomy, biology, and engineering to solve tough space exploration problems. For example, ideas from biology might help design better spacecraft. This cross-team teamwork speeds up discoveries that weren't possible before.

A new framework called AIRA-dojo is changing how AI research happens. It lets AI agents automatically design, build, and test machine learning models without constant human help. This system makes experiments more reliable and repeatable, which is crucial for trustworthy scientific discoveries. Researchers say it sets new standards for AI development.

Hospitals are testing MedGemma, a medical AI that understands both pictures and words. Built on Google's Gemma 3 technology, it helps doctors analyze scans and medical records together. This gives a fuller picture of diseases like cancer, leading to more personalized treatments. Early tests show it could improve how hospitals predict health risks and plan care.

These advances show how agentic AI is becoming a key partner in science. From reading papers to designing experiments, AI agents help researchers tackle bigger challenges. As these tools spread, they're creating new jobs like AI agent architects who design these systems. Experts believe this teamwork between humans and AI will lead to faster breakthroughs in medicine, space, and other fields.