Efforts to advance technology in response to the COVID-19 pandemic has led to some rather interesting breakthroughs - such as a machine learning algorithm that was trained to detect the presence of the disease by learning from everyday items.
By pouring through datasets of complex computer simulations, an artificial intelligence (AI) system was trained to predict how electronic devices, such as transistors and microchips, will fail.
Breakthrough research from Google demonstrates how artificial intelligence could design computer microchips that, at the very least, perform as well as those designed by microelectronics experts - promising to be faster and more efficient in the future.
One of the growing problems today is misinformation: the proliferation of fake news and misleading content across social media platforms. While artificial intelligence (AI) helps in its spread, there has been growing proof of how it can be used to curb this problem.
Google's new AI tool that can diagnose skin ailments is cleared as a “low-risk” medical device by the European Union, which means Europeans could have access to the tool when it is launched in a few months. But it is not yet approved in the US.
Google showed off LaMDA AI at this year's I/O conference claiming that it can carry on a natural conversation from the point of view of any object, such as Pluto and a paper airplane.
An AI-inspired hypothesis explains how brains work to help people distinguish reality from dreams. It helps people better understand the real waking reality.
Austrian computer scientists have developed a smart shoe that pings vibrations to the blind or visually impaired wearer to help them avoid obstacles. The team is planning to add an AI-powered camera for future versions of the shoe.
A test using AI to measure proteins that exist in some patients suffering from advanced bowel cancer also known as colorectal cancer could be a potential for a more aimed treatment.
New Zealand and Austin-based company UneeQ introduced the AI Albert Einstein to celebrate his 100th anniversary of receiving the Nobel Prize in physics.
Researchers created a photo colorizing tool that uses AI to rephotograph historical figures, like Abraham Lincoln, by factoring in how skin reacts to light.
A new AI tool uses a combination of machine learning, satellite imagery, and weather data to autonomously find locations with heavy air pollution down to the exact city block.
Scientists built the Emojify website that urges people to pull faces in front of the camera to help understand how AI emotion recognition technology works.
Artificial intelligence (AI) models have used deep learning algorithms for a variety of applications in the past decades. Now, a new AI tool could help analyze pharmaceutical drugs and predict their future properties.
Researchers have designed a wearable AI - in the form of a backpack - that can help people with visual impairments to move around, even without conventional guides like dogs and canes.
Researchers from the University of Rochester Medical Center used AI and neuro-imaging to map the complex neural processes that let brains comprehend spoken sentences.
Researchers from the University of Oslo in Norway have developed a shape-shifting four-legged robot that can change its limbs in response to its environment.
The state-of-the-art artificial intelligence (AI) technology of OpenAI can be tricked by just putting handwritten notes on the object, researchers reveal.
Deepfake technology is today's new photoshop. However, it also poses great risk over time with deepfake videos of public figures raising concerns on privacy.