One Platform. Three Missions.
Advancing science. Empowering clinicians. Driving real-world impact.
How do humans and AI agents adapt in a fast, ever-changing world?
How do we decide when to persist, when to let go, and when to shift gears?
Why do we sometimes get stuck - and when does that evolve into rigidity linked to psychiatric conditions - and how do we best cope with it?
Answering these questions requires a new kind of integrative platform.
A next-generation digital ecosystem at the intersection of computational psychiatry, neuroscience, AI, and economics. It opens ne…
One Platform. Three Missions.
Advancing science. Empowering clinicians. Driving real-world impact.
How do humans and AI agents adapt in a fast, ever-changing world?
How do we decide when to persist, when to let go, and when to shift gears?
Why do we sometimes get stuck - and when does that evolve into rigidity linked to psychiatric conditions - and how do we best cope with it?
Answering these questions requires a new kind of integrative platform.
A next-generation digital ecosystem at the intersection of computational psychiatry, neuroscience, AI, and economics. It opens new frontiers for understanding the mechanisms of adaptive minds, shaping co-evolving human-AI interactions, and translating these insights into more effective mental health care.
Learn more:
While the front-end is gamified, this platform is designed as an experimental tool for probing and modeling neurocognitive mechanisms across cognitive and social contexts. It is not intended as a standalone intervention, but rather as a modular testbed that can be integrated with other digital approaches.
This platform is “computationally engineered”- meaning it is specifically tailored to dissect neurocomputational mechanisms in a rich, yet controlled environment. It is suitable for studying cognitive-affective processes across multiple frameworks (e.g., cognitive control, reinforcement learning, avoidance behavior, effort-based or risky decision-making).
I’m using this platform to pursue my research program centered on the neurocomputational mechanisms of adaptive behavior in natural and artificial intelligence, with a particular focus on how uncertainty, stress, and controllability influence mental and behavioral flexibility across cognitive and social contexts (Learn more).
This is an early-stage scientific and translational concept under active development. All concepts and designs are original and protected by applicable intellectual property rights. Please contact before reuse or citation.
For Scientists:
Interested in computational psychiatry, cognitive modeling, and deep learning? I’m looking for collaborators to help advance the theoretical and empirical foundation of this platform. Let’s publish, build, and explore the mechanisms together. Let’s collaborate!
For Clinicians:
Want to pilot a digital tool that supports personalized care, adaptive timing, and mechanism-based insight? I’m looking for clinical partners interested in validation studies, pilot testing, or integration into care workflows.
For Institutions & Funders:
Interested in supporting innovation in mental health? Whether through seed funding, research partnerships, or a faculty position - I’m building long-term, impact-driven collaborations. Let’s connect!
My Vision
A digital platform designed to holistically assess and enhance mental flexibility, advancing neuropsychological science and fostering mental resilience. By integrating state-of-the-art AI and computational modeling, we bring together scientists, the public, and healthcare professionals to improve productivity and coping skills in everyone, particularly those with ADHD and co-occurring anxiety and mood conditions.
Our platform aims to:
1. Advance the study of mental flexibility by exploring the biopsychological characteristics of behavioral adaptability across various contexts and varying timescales.
2. Enhance research in neuroscience, psychology and computational psychiatry by addressing current barriers of traditional neurocognitive tests and modeling tool applications.
3. Integrate users and empower participants by giving affected individuals a voice, with the long-term goal of creating personalized and autonomous digital coaching.
More coming soon!
