Breaking barriers
A novel biomedical holistic approach to understanding child development
Current biomedical research often focuses on a single organ, studied in isolation, within an individual removed from real-life contexts. While this approach has advanced our understanding, it falls short of capturing the full complexity of child development.
In the CIBM TESSERACT Initiative framework, we believe it’s time to move beyond these limitations. There’s an urgent need for holistic imaging tools that simultaneously capture data across multiple systems—brain, body, and social interactions—while children engage with the world around them. To make sense of this richer data, we’re developing new, integrative analytical pipelines that provide a more complete understanding of how young minds and bodies grow and learn together.
This deeper insight will transform how we approach education and healthcare, shifting from reactive responses to more effective, personalized, and preventive strategies. By understanding the whole child—within both their social and individual contexts—we can better support their well-being, learning, and development from the start.
The CIBM TESSERACT Initiative is bridging the gap between research and real-world impact, ensuring that every child has the opportunity to thrive. Our approach is methodology-to-application driven. It starts with developing cutting-edge imaging techniques, advanced data analysis, and innovative technologies designed to reveal how curiosity, creativity, and collaboration naturally unfold in children’s minds. But we don’t stop there. Every discovery is meant to be translated into practical solutions that empower teachers, enhance classrooms, and support each child’s unique learning journey and medical practices.
By working closely with educators, school leaders, clinicians, and scientific partners like CHUV, UNIL, EPFL, UNIGE, and HUG, we ensure that our research moves beyond the lab and into the hands of those shaping young minds every day.
Why is it necessary?
Curiosity, Creativity and Cooperation, the C-Triad, is essential to adaptive learning and social functioning but these capacities paradoxically decline during development, often misunderstood as deficits. This leads to cascading risks: stress, disengagement, academic struggles, and mental health vulnerabilities.
The Three Research Pillars
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Linking physiology (heart, breath, metabolism) with brain activity to explain self-regulation and motivation.
Mapping developmental trajectories with multimodal imaging, behavioral profiling, and predictive models.
Understanding how cooperation and competition shape neural synchrony, resilience, and learning.
Our Innovative Approach?
Curiosity, Creativity and Cooperation, the C-Triad, is essential to adaptive learning and social functioning but these capacities paradoxically decline during development, often misunderstood as deficits. This leads to cascading risks: stress, disengagement, academic struggles, and mental health vulnerabilities.
Child-specific Bioimaging protocols, wearable sensors, synchronized behavioral tracking etc
Around 400 children (ages 4–15), followed over 2 academic years.
Linking child development with rodent models to probe mechanisms.
Machine learning across neurobiological, physiological, metabolic, and contextual datasets.