Artificial intelligence (AI) helps doctors make better diagnoses, scientists create new materials, farmers grow crops more effectively and all of us driving cars - and millions of other applications. This topic also covers subsets of AI such as machine learning (ML), deep learning and neural networks.
New AI technology has identified 42 percent more peptides than previous methods in complex protein samples. Researchers are now using AI protein sequencing to identify unknown proteins in both medical samples and archaeological findings.
The AI-supported technology analyzes sonar images with 90 percent accuracy to mark locations where ghost nets are likely found. WWF Germany has manually sifted through images captured by a side-scan sonar and recovered a total of 26 tons of nets from the Baltic Sea.
AI-generated images have taken a huge step forward, and previous problems are now almost completely resolved.
Researchers are using AI to find new uses for existing drugs that can treat rare diseases. Joseph Coates survived a deadly blood disorder thanks to a treatment identified by an AI model.
With the help of a new analysis program with AI functions and an Interpol database, 600 Swedish children have been identified in images and videos online during 2025.
Within 50 years, a public, distributed, and non-commercial AI could function like the internet and be available to all people in the world. Such a system would be powered by millions of participants in a federated network creating an aggregate intelligence beyond what a single host can offer.
OpenAI is collaborating with Estonia's government to provide all high school students and teachers access to ChatGPT Edu starting September 2025. Estonia already ranks among the top 15 countries globally for ChatGPT usage with one active ChatGPT account for every four citizens.
A ChatGPT query uses only 3 watt-hours of energy, equivalent to watching TV for 3 minutes or uploading 30 pictures to social media. Water consumption for AI is lowโdata centers use only 500 ml of water per 300 queries, while producing a single hamburger requires over 600 gallons of water.
Google DeepMind has integrated its multimodal language model Gemini 2.0 into robots, giving them an advanced AI brain that can understand and interact with the physical world. This enable robots to perform tasks they were never trained for by understanding everyday instructions in natural language.