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Why do some offenders repeatedly team up with the same partners—and what does this mean for what they learn? This study uses agent-based modeling to explore how homophily, or the preference for similar partners, shapes co-offending networks. The findings show that while homophily fosters trust and stable ties, it also slows the flow of criminal skills across the network, revealing a trade-off between stability and broader learning.

This study explores how side branches in acute Type-B aortic dissections affect pressure and wall stabilization using fluid-solid interaction (FSI) simulations. By modeling blood flow and tissue dynamics in an idealized aorta, the research reveals that side branches—especially from the false lumen—can increase systolic pressure and influence membrane displacement. High-performance computing at VSC enabled this complex analysis.

Hydrogen can weaken metals by causing internal cracks, a problem known as hydrogen embrittlement. Using advanced simulations and digital twins, researchers modeled how hydrogen moves through metallic microstructures. Their findings reveal a new inward diffusion mechanism, challenging classical theories and offering fresh insights for safer hydrogen-based technologies.

Land use decisions affect more than just carbon, they also shape regional heat stress. Even with sustainable practices, our models show limited protection against extreme heat, especially in vulnerable regions. While restoring forests helps cool the planet, it may not be enough to safeguard labor capacity and human well-being.

How does water behave inside nanopores? Researchers reveal that confined water in zeolites significantly boosts catalytic reactions like guaiacol O-demethylation—key for converting biomass into valuable chemicals. Using advanced molecular simulations and VSC supercomputing power, the study unveils how spatial organization and undercoordinated hydronium ions drive this breakthrough in green chemistry.

By: Zeger Hens, Jordi Llusar, and Ivan Infante Electrons in extended semiconductor crystals behave as waves, free to travel in all...

By: Luz Nadiezda Naranjo Gómez, Kensaku Matsunami, Paul Van Liedekerke, Thomas De Beer & Ashish Kumar In the continuous manufacturing of...

By: Robin Msiska, Jake Love, Jeroen Mulkers, Jonathan Leliaert, Karin Everschor-Sitte Physical reservoir computing is a computational...

By: Sven M.J. Rogge, Sander Borgmans, Veronique Van Speybroeck Crumple zones form a critical safety measure to protect passengers during...

By Sander Vandenhaute, Mieke De Schepper, Veronique Van Speybroeck Quantum mechanics allows us to understand and predict the properties...

Using High-Fidelity Fluid–Structure Interaction By Niels Pynaert, Thomas Haas, Jolan Wauters, Guillaume Crevecoeur and Joris Degroote...

By: Julian A. Steele, Tom Braeckevelt, Vittal Prakasam, Giedrius Degutis, Haifeng Yuan, Handong Jin, Eduardo Solano, Pascal Puech, Shreya...

By: Olivier Pieters, Tom De Swaef, Michiel Stock & Francis wyffels We from UGent-imec IDLab-AIRO, ILVO-Plant and UGent-KERMIT recently...