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.
Robots that understand and can interact with the surrounding environment will be able to replace all physical human labor, which will lead to a dramatic expansion of the world economy.
A team of researchers from University of Exeter is creating an algorithm that tracks the health of coral reefs by understanding their “song”.
Humanity has been working on machine translation for hundreds of years, but in the last ten years, progress has been exponential. We are close to a world with perfect machine translations of texts, removing a big language barrier for the world.
In order to help the hawksbill sea turtle, scientists have created an app called SEE Shell which uses AI to tell if a piece of “tortoiseshell” is real or not.
There is great hype around machine learning, but many also see it as abstract and difficult. Here is the race that wants to change that.
An AI can perform lightning-fast analyzes of ultrasound images to provide physicians with information about complications that could lead to miscarriage or complications.
An AI can guess which words have disappeared in ancient texts and also indicate where and when the text was written.
An AI can help pathologists go through images of cell samples faster to find cancer cells, and doctors also help the AI to become better at analyzing the images.
An AI has learned to adjust the plasma magnets in a fusion reactor. The AI was also able to shape the plasma, which increases both safety and efficiency.