News

New Youtube Episode! Generative AI (GenAI) is rapidly evolving and poised to significantly impact the creative industries in the future. What does this mean for students training to work in this dynamic sector?

The Global Index on Responsible AI (GIRAI) has recently launched, ranking the Netherlands at number one, emphasizing the country's leadership in the responsible use of artificial intelligence. This recognition underscores the thriving AI community in the Netherlands and highlights the necessity of international cooperation to ensure AI is deployed and used responsibly.  

Alfons Hoekstra, a professor of Computational Science & Engineering, has been appointed the scientific director of the new Molecular and Materials Design (MMD) Technology hub as of July 1. This initiative aims to revolutionize research in molecules and materials using advanced AI and simulations, with a focus on health and environmental sustainability.  

Will we use artificial intelligence to detect crooked tiles on the street? Do we use quantum computing to calculate the ideal route for supply traffic? Do we use algorithms to predict which homes have lead pipes? Amsterdam is constantly investigating what new technologies are on the market and how we can best use them.

longform.ai, a spin-off from the University of Amsterdam, has received €300,000 in funding from Innovatiefonds Noord-Holland. The startup, co-founded by Paul Groth, professor of Data Science at UvA, develops AI technology to extract valuable insights from large amounts of audio data.  

The Symbiotic City presentation is now on display in the ARTIS-Groote Museum. This exhibition envisions a future Amsterdam where nature and people coexist in harmony. The project, initiated by Remco Kort, a microbiologist at the Vrije Universiteit Amsterdam and ARTIS-Micropia professor, uses AI to visualize the collective insights from various disciplines gathered during The Symbiotic City workshop.

The open-access Journal of the American Chemical Society (JACS Au) has just published an invited perspective by Dr. Saer Samanipour and his team on the daunting challenge of mapping all the chemicals around us. Samanipour, an Assistant Professor at the Van ‘t Hoff Institute for Molecular Sciences of the University of Amsterdam (UvA), takes inventory of the available science and concludes that currently a real pro-active chemical management is not feasible. To really get a grip on the vast and expanding chemical universe, Samanipour advocates the use of machine learning and AI, complementing existing strategies for detecting and identifying all molecules we are exposed to.

AI can take over many of our tasks, creating endless possibilities. But how can we ensure that AI models are understandable and explainable to humans? In a new, interdisciplinary research project, UvA researchers are developing a method for this. ‘We accept more easily what makes sense to us – and that can lead us to trust systems that are not trustworthy.’

The Council of the European Union has adopted an amendment to the regulation of the European High-Performance Computing (EuroHPC) joint undertaking. This amendment expands its objectives to facilitate the development and operation of 'AI factories'. This will make the EU's supercomputing capacity further available for innovative European start-ups and SMEs to train their AI models and develop their projects.