Scientists from India, in collaboration with Polish PhD Michał Piasecki from Częstochowa, have developed a porous material from agricultural and industrial waste that accelerates the decomposition of persistent dyes in wastewater under visible light.
The European Space Agency (ESA) has launched a new project called the ASCEND programme to create accurate digital copies of space technology components, with a Polish company providing participating enterprises free access to technologies enabling the development of “digital twins.”
A team of computer scientists, including two researchers from Poland, has developed a method that allows reinforcement learning (RL) models to use neural networks with up to thousands of layers, a scale previously considered impossible.
AI-based chatbots can influence voter attitudes more effectively than traditional political advertising, according to new research published in Nature.
Stressed parents are more likely to give screen devices to their children, which can increase the risk of overuse, according to new research. The findings also suggest that parents’ knowledge of recommended screen time limits for preschoolers has little impact on actual practices.
Researchers from the Cracow University of Technology (CUT) and the Polish Academy of Sciences have developed biocompatible, photocurable ceramic resins that mimic bone structures, enabling rapid 3D printing of custom endoprostheses and implants.
Where ordinary radios falter, a new “atom radio” listens. Developed at the University of Warsaw, the device uses rubidium atoms as ultra-sensitive antennas.
Conventional probabilistic computers, systems built from standard components that use randomly flipping “probabilistic bits” to explore solution spaces, can match or surpass the performance of a large quantum annealer on a flagship optimisation problem, according to a study published in Nature Communications.
Polish scientists have successfully completed tests of a prototype space excavator designed to extract lunar regolith under simulated lunar-gravity conditions.
A 3D-printed structure that allows nerve cells to travel independently and form new connections, offering a potential advance in the repair of severed arm or leg nerves, has been developed by researchers from Poznań and collaborating centres.