Artificial intelligence

AI is changing the way researchers work forever, but human expertise must continue to hold sway.

Industry research funding is vastly eclipsing academia’s spend, but healthy development demands broad input.

A few key countries have become hubs of collaboration in artificial intelligence.

Researchers across the continent are using artificial intelligence to design bespoke solutions for health, development and more.

The power of big tech is outstripping any ‘Brussels effect’ from the EU’s AI Act.

Chatbots and other tools are increasingly being considered, but people power is still seen as a safer option.

A description of the terminology and methodology used in this supplement, and a guide to the functionality that is available free online at natureindex.com.

Adding context to natural language programming helps unearth unexpected connections buried in existing drug discovery literature.

A new technique based on machine learning and stem cells may lead to personalized testing for hazardous chemicals and make toxin testing on animals a thing of the past.

From COVID-19 and cancer diagnosis to psychiatric and neurological conditions, Mount Sinai Health System is embracing the use of machine learning in medicine.

Artificial intelligence’s hidden biases and high energy costs demand urgent transparency and sustainable solutions to ensure trust and ethical practices. Thankfully, scientists are laying the groundwork.

Drug discovery and development is notoriously sluggish. Now, big data and AI promise to make some steps in the pipeline up to ten times faster.

Labs in academia and industry have been digitalizing for more than 30 years, but a new raft of AI-based tools is transforming research capabilities.

In fields as diverse as civil engineering and medicine, AI is coming up with new ways — and materials — to improve quality of life.

Creating ‘digital twins’ of human hearts could enhance personalized medicine by enabling clinicians to rapidly estimate the efficacy of drugs and treatments on specific patients.

Artificial intelligence trained on a wide range of objects is helping robots apply just the right force when picking up objects of different shapes, sizes and softness.

From checking scans for cancer to reducing physician burnout, Atlantic Health System‘s network is using machine learning to offer better care