Magdalena Boch

Magdalena Boch

comparative neuroscientist & psychologist

University of Oxford

I am currently a senior research fellow at the Cognitive Neuroecology Lab, University of Oxford, UK. Beginning in June 2026, I will start a tenure-track position as Assistant Professor of Social Cognition at the Faculty of Psychology and the Messerli Research Institute for Human-Animal Interaction, University of Vienna, where I will establish the Social Neuroecology Lab.

My research focuses on understanding brain diversity, driven by the central question: what makes us social? Using a comparative framework, I aim to uncover the fundamental principles underlying the neural mechanisms of social behaviour across diverse mammalian species, while exploring the factors that shape differences in brain organization. By integrating multiple non-invasive neuroimaging modalities, I investigate the evolution, structure, and function of the social brain to better understand how social behaviours emerge.

Currently, my work focuses on humans, dogs, and other carnivoran species, with the long-term goal of extending this approach to a broader range of mammalian lineages.

Key research terms:
social cognition & behaviour, evolution of the social brain, human–animal relationships, non-invasive comparative neuroscience, neuroimaging methods, open (neuro)science

You can watch a short video teaser about my research or download my CV for a detailed overview of my academic journey, research experience, and publications.

Recent Publications (preprints below)

Comparative neuroimaging of the carnivoran brain: Neocortical sulcal anatomy
Carnivorans are an important study object for comparative neuroscience, as they exhibit a wide range of behaviours, ecological …

Preprints

Precon_all: A species-agnostic automated pipeline for non-human cortical surface reconstruction
Cortical surface reconstruction has transformed how we study brain morphology and geometry. However, extending these methods to …

Awards & fellowships

Erwin Schroedinger fellowship, Austrian Science Fund (217,950€)
This 3-year fellowship at the University of Oxford will enable me to expand my research into brain organization across a diverse range of carnivoran species and humans. By examining how social behaviours have shaped brain architecture and function, this work will advance our understanding of the neural foundations and evolution of social cognition.
For Women in Science Award 2024 (24,000€)
In 2024, I have received the prestigious L’Oréal-UNESCO Award for Women in Science. The mission of the award is to support female scientists worldwide who are leading groundbreaking research across all STEM disciplines. Among the four women honoured with this prestigious award , I was recognized for my research into the neural and evolutionary basis of social cognition through comparative neuroimaging studies with dogs and humans, and for leading the methodological advancements that enabled this work. The award lead to several media reports and interviews; and we also created a short image film about my awake dog neuroimaging research - see outreach for more.

Outreach & media (selection)

Imagefilm For Women in Science Award 2024
In 2024, I received the prestigious L’Oréal-UNESCO Award for Women in Science. As part of the award, we created this short film showcasing my academic career and research in awake dog neuroimaging. The film offers a behind-the-scenes look at our work and aims to make science more accessible to the broader public.
The dog whisperer (Die Hundeversteherin)
In 2024, I received the prestigious L’Oréal-UNESCO Award for Women in Science. As part of the award, I was also featured in MIT Technology Review, a leading science and technology magazine, in a profile highlighting my academic career and research interests.
Does my dog understand me?
In 2023, I participated in a two-part SciComm segment for the children’s TV program Hallo OKIDOKI on ORF 1 (main Austrian TV channel), where I explain awake dog neuroimaging research and the insights gained so far into how dogs and humans perceive and understand each other. The segment introduced the world of dog social cognition and neuroimaging to a young audience (ages 0 to 10)

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