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  • Using AI and visualisation to create knowledge insights

    How can AI be used as a tool to train new brain surgeons? And can operating theatres become more sterile with the help of visualisation? Mario Romero’s research is multi-faceted and often surprising.

  • The hidden computational role of dopamine in the brain

    Neuromodulators in the brain shape our ability to learn much better than previously thought

  • Better data analysis can improve treatment of Parkinson’s disease

    More accurate data help understand how extensive local brain networks are affected in patients.

  • Researchers performed unique computer simulations

    One of the most extensive data simulations ever was carried out a few weeks ago by researchers at KTH. The test is unique because the research group is the only one in Sweden to have access to Europe's new supercomputer LUMI.

  • 28 ideas that will attract new students

    A new initiative with 28 ready-to-go ideas for high school projects aims to evoke interest in technical studies. Prospective students are encouraged to write about social robots, brain function, data analysis and cyber security.

  • Four codes that can change the future of energy use and cancer treatments

    Over the next four years, researchers at KTH will optimize four codes that can have significant impact on global energy use and the treatment of cancer patients. But competition is fierce between researchers in Europe, Japan, China and the US.

  • Nobel in Africa discusses predictability in Science

    The Nobel Symposium “Predictability in Science in the age of AI” brings together leading experts in AI and sciences to discuss and explore various issues, including the limits of the Big Data approach.

  • This is EECS’ contribution to ForskarFredag

    Friday, 30 September, is the time for ForskarFredag at Vetenskapens Hus. Representants from EECS will be competing in presentation technology, lectures in swallowable microsystems and presenting students' projects created in advanced graphics and electrical engineering.

  • Can the brain keeps useful information while ignoring unuseful noise

    Imagine you're in a stadium reporting on a game. It's a loud environment which you don't want to transmit. But when you're interviewing a player, then you do want to transmit. Wouldn't it be great if you could automatically switch on or off the microphone based on the type of information, i.e. noise vs the interview?

  • Researchers unlock the secret to the brain's working memory

    New insights from brain science can lead to the development of artificial intelligence possessing cognitive abilities similar to humans.

  • Developing intuitive tools for molecular simulations on powerful computers

    To deliver open-source code that anyone worldwide can use, the Parallel Computing Centre (PDC) recently made a long-awaited breakthrough in creating code for quantum chemistry on graphics processing units (GPUs). "What we see is proof that the developed algorithm works," says Patrick Norman, Director of the PDC.

  • AI in coding awarded for impact

    For a long time, coding was tediously manual, but in 2009, Martin Monperrus, Professor of Software Engineering at KTH Royal Institute of Technology, and his team realised that built-in AI could help make suggestions. That tool has changed the lives of millions of user software developers.

  • New theory adds to the black hole debate

    Scientists have long been baffled by the black holes of the universe, the most famous theories created by British physicist Stephen Hawking. Now Erik Aurell, professor at KTH Royal Institute of Technology, and a team of other researchers have developed a new theory of random Gaussian multiphoton states, contributing to the debate.