Fascinated by “La Condition humaine” in all its complexities and within all its various environments, I am interested in understanding decision processes by using computational modeling and by incorporating the findings of neuroscience, psychology and behavioral/ experimental economics.


In particular, I am interested in understanding the underlying neurocognitive decision processes of individuals with mental specialities such as ADHD, autism, and other neurological disorders (Computational Psychiatry).

In doing so, I attempt to unravel the interaction of the underlying cognitive, motivational and neural mechanisms that shape an individual’s thought, perception and behavior.


Computational Psychiatry

The nascent field of “computational psychiatry” attempts to understand the mechanistic and specific differences between different disorders.

I attempt to create a neuropsychological diagnostic tool (including an assessment world, not only cognitive tasks) that accounts for different endophenotypes of ADHD, autism, and related disorders. This is important to find evidence-based diagnostic tools and effective and individually tailored treatments.


2019 - present

The Ohio State University

PhD in Psychology

2017 - 2019

The Ohio State University

Master of Arts in Psychology
(with additional coursework in Neuroscience at the College of Medicine)

2016 - 2017

University of Zurich

Additional coursework in Biological Psychology

Body - Mind Interactions

How different physiological states potentially modulate hormonal and brain neurotransmitter dynamics and in doing so influence humans’ information processing and social decisions.

In this vein, we are currently: 

  • exploring the use of cholesterol supplementation for treating symptoms of Autism Spectrum Disorder (ASD) in children. 

  • creating different artificial neural networks that represent distinct deficits in ASD to understand better the different ASD phenotypes.

Aging and Executive Control Processes

Previous research suggests that executive control processes degrade with age due to a neural loss in frontal connectivity. However, the cognitive concept of "executive control processes" remain vaguely described and research examining experimentally aging effects remain inconclusive. We are offering a novel task switching paradigm to decompose various components of these control processes with the Ratcliff Diffusion Model (RDM) and we are examining the effects of aging.

2015 - 2017

University of Zurich

Master of Arts in Economics with a Minor in Behavioral and Experimental Economics

2014 - 2015

Swiss Federal Institute of Technology (ETH)

Additional coursework in Mathematics (Real Calculus and Linear Algebra)

2012 - 2014

University of Zurich

Bachelor of Arts in Economics

2008 - 2012

Zurich University of Applied Sciences (ZHAW)

Bachelor of Science in Business Administration


How individuals form their set of beliefs, based on their experiences and observations. How they rely on them when processing multiple alternatives and choosing an optimal course of action and eventually, how persistent they are such that one finds epigenetic evidence for it.

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