🎓 Thesis Defense Announcement
Four master's theses to be defended probe human cognition across its interfaces with other people, artificial intelligence, everyday reasoning tools, and the body itself…
Read moreCreate conditions for interdisciplinary collaboration, teamwork, research and teaching across departments, institutes, faculties, and universities in Croatia and abroad.
Foster visibility of our teachers' and students' work and scholarly achievements.
Encourage meaningful communication of science and community outreach.
Continuously aim to improve teaching, active learning, and creation of knowledge.
Our graduates will be innovators and mediators between science and technology and market needs on the one hand, and humans and machines on the other.
They will initiate technological development, innovation, and interdisciplinary collaboration, which leads to excellence and sustainable growth in both science and industry.
Collegiality and collaboration
Ethics in teaching and research
Appreciation of diversity
Free exchange of ideas
Appreciation of creative endeavors
Sustainable growth
Four master's theses to be defended probe human cognition across its interfaces with other people, artificial intelligence, everyday reasoning tools, and the body itself…
Read moreThe Center for Cognitive Science joins Visage Technologies and the University of Rijeka's Faculty of Maritime Studies in Research and Development of a new platform for…
Read moreA few new titles have come into the library, spanning cognitive linguistics, machine consciousness, and Persian language pedagogy. Fictive Interaction: The Conversation…
Read moreThese three master's theses reflect the remarkable breadth of interdisciplinary inquiry at the heart of cognitive science, ranging from the philosophy of perception and…
Read moreCandidate: Luka List Title : From Deep Visual Features to Cognitive Concepts: Attribution-Based Explanations of Predicted fMRI Responses During Naturalistic Movie…
Read moreHow do we know whether brain parcels truly preserve meaningful structure during rich, naturalistic stimulation? Bartol Banić tackles this question in a master’s thesis…
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