eindhoven university of technology

Behold a futuristic depiction: tiny machines, like miniature robots, in battle against enlarged superbugs. Set in a microscopic world, this scene vividly illustrates the advanced technology utilized in the fight against antibiotic-resistant bacteria, capturing the dynamic clash between mechanical marvels and biological adversaries. A visual narrative of science's innovative combat against superbugs!
Deadly bacteria and cancers could be halted by the latest advances in medical nanomachines
Eveline van Doremaele. Photo: Bart van Overbeeke
A smart chip made from organic materials based on the human brain can interact with our bodies
Microcapsules with fluorescent labels. Photo: Tom de Greef
Storing data in DNA sounds like science fiction yet it lies in our near future
Tom van Nunen and test setup. Photo: Huib Visser
A wireless energy transfer system to safely and reliably help blind people see again
Could babies offer a new direction to overcome limitations of machine learning?
The simple experiment in pictures. A drop of water by the bottle of salt and suddenly a lot of heat is released. Photo: Vincent van den Hoogen
Could a heat battery based on simple salts and water quickly make millions of homes gas-free
Organic neuromorphic robots can get out of a maze using their human-like brains
Concrete printing can drastically reduce raw material consumption and greatly increase construction speed of housing
A new method may significantly reduce the use of animal testing in the vaccine industry
Created: A wireless artificial aquatic polyp, which can remove contaminants from water
A plastic mini robot moves by magnetism and light to clean water and transport cells
Revolutionary light-emitting silicon
Reducing atmospheric pollutants with a new paint-on graphene-based coating for concrete
A new catalyst produces hydrogen storage that is 20 times more effective
Manufacturing of biobased plastics gets easier