Full-text search Fulltext search 320 Resultate Microplastics could promote cancer According to a new study, tiny plastic particles can be passed on during cell division. This could potentially favour the spread of cancer. Stefan Jermann Initiator and founder of Naratek. Has been moving in the field of communication and storytelling for over 20 years. Strong affinity for tech topics, urban transformations and how people will live and move in cities in the future. A high-tech honeycomb for bees A new high-tech honeycomb makes it possible to study bee colonies. The hive robot developed by EPFL researchers should provide new insights into the survival of pollinators. Swiss researchers decode AI thought processes Researchers have developed a new method for decoding the thinking of artificial intelligences. This is particularly important for situations in which self-learning computer programmes make decisions with implications for human lives. Autonomous drone beats world champion in drone races A drone controlled by artificial intelligence (AI) has defeated the world champion in drone races. According to the developers from the University of Zurich, this is a milestone for robotics. Lukas Rüttimann I love people, and I love technology. My fascination is awakened when each inspires the other. Then I grasp my analog notepad– and try to capture the whole story. Still analog, because for me, certain things will always remain a handicraft. An invisible layer of door security Bad news for burglars: Researchers have developed a special membrane that can be used to create invisible keypads. People who know that it’s there can use it to enter their building access code. Robot dispenses hugs on demand Need a hug and no one familiar to wrap your arms around? A doctoral student at the "Max Planck ETH Center for Learning Systems" is developing a hugging robot that could once alleviate loneliness. Surfaces that kill viruses Empa researchers have tracked viruses as they pass through face masks and compared their failure on the filter layers of different types of masks. The new method should now accelerate the development of surfaces that can kill viruses.