Full-text search Fulltext search 173 Resultate AI recognises the briefest emotions better than therapists AI can recognise emotions based on facial expressions. In one study, AI even performed better than trained therapists. New tool shows what AI reads from faces AI tool aims to detect users' emotional state and social status - and suggest ads based on them. At the moment it is still an art project - but for how much longer? Admired and controversial: gene pioneer Craig Venter First Craig Venter deciphered the human genome, then he created the first bacterium with an artificial genome. But the American gene pioneer has always been controversial. A portrait. Based on sounds: AI determines species diversity According to a study, an automated analysis of animal sounds can provide a good indication of the development of species diversity in the area. The analysis was tested with the help of artificial intelligence (AI) on tropical reforestation areas. An AI that learns spontaneously by asking people questions AI is still only as good as the data it has been trained on. It doesn't know what it doesn't know. Researchers have now developed an AI that learns by asking people questions. Aircraft of the future make less noise In an Empa research project, study participants rated the noise of new types of aircraft as less annoying than the noise of today's aircraft. AI detects plastic waste in the sea A new artificial intelligence recognises plastic in the sea from satellite images. This could help to systematically remove plastic waste from the oceans using ships. New tracking system makes food aid more transparent Until now, food aid operations have been a black box. A new MIT technology is shedding light on the issue, with unique IDs for each individual product. Microplastics reach the brain Tiny micro- and nanoplastic particles (MNP) can not only enter the body through food, as is well known, but can even reach the brain. Rhythmical activity detected in lab-grown mini-brains In the laboratory, scientists have created miniature brains whose cells interact with each other and produce electrical activity. But just how much do the models have to do with the original?
