Computational Neuroscience and Algorithmic Dynamics

The Department of Computational Neuroscience and Algorithmic Dynamics investigates the dynamic interactions between biological regulatory systems, cognitive processes, and adaptive algorithmic environments.
Our research focuses on developing mathematical and computational models that describe how endocrine, dopaminergic, inflammatory, and autonomic systems respond to structured information inputs — and how these interactions shape perception, behavior, and long-term state transitions.

Our work integrates:

• Neuroendocrinology

• Computational Neuroscience

• Algorithmic Feedback Systems

• Machine Learning & Reinforcement Learning

• Dynamical Systems Theory

Current projects include the analysis of algorithmically induced biological state shifts, modeling attractor dynamics in physiological-cognitive systems, identifying individual susceptibility profiles, and establishing the theoretical foundation of a new research direction: algorithmic biopsychodynamics.

 

 

Cognitive Systems

 

The Department of Cognitive Systems is dedicated to integrative theoretical research on the foundations of human thought, emotion, and behavior. Our work brings together insights from psychology, anthropology, biology, biochemistry, neurobiology, systems theory, and historical literature to develop a comprehensive understanding of the human mind.

 

Central questions include the emergence of consciousness, biopsychosocial interactions, unconscious dynamics, and the cultural and evolutionary influences that shape human cognition. The department examines classical and modern theoretical traditions  while reinterpreting them through the lens of contemporary neurobiological, immunological, and systems-science research.

 

Our goal is to develop innovative theoretical models that unify biological, psychological, and social processes into a single coherent dynamic system. This includes mechanistic models of consciousness, integrative biopsychosocial frameworks, and large-scale theoretical approaches for understanding population-level dynamics through algorithmic and systemic methods.

 

The department operates independently, globally, and without geographic limitations. Research takes place wherever thinking is possible — in the lab, while traveling, or at the desk. This flexibility enables a unique synthesis of scientific disciplines, opening new perspectives on human nature and the deep systemic structures that govern behavior, culture, and subjective experience.

 

 

Psychobiology

 

The Department of Psychobiology focuses on the scientific foundations of human psychology by integrating biological mechanisms with mental and behavioral processes. Our work begins with a simple principle: the mind is not separate from the body. Psychological states emerge from dynamic interactions between neural activity, hormones, immune signals, environmental inputs, and learned experience.

 

We study how physiological processes shape emotion, decision-making, motivation, personality, stress responses, and social behavior — and how psychological states, in turn, influence biological systems. This bidirectional relationship forms the core of a modern biopsychological perspective, bridging classical psychology with contemporary neuroscience and molecular biology.

 

The department explores topics such as:

how hormones and neurotransmitters regulate mood and cognition

how stress and trauma affect the brain, immune system, and behavior

how learning and memory arise from biological changes at multiple scales

how social interaction, attachment, and culture influence biological responses

how consciousness and self-experience relate to neural and bodily dynamics

how biological and psychological factors together shape mental health

Our goal is to develop an integrated scientific understanding of human behavior that moves beyond traditional dualistic theories. We emphasize mechanistic, evidence-based psychobiology that connects mind and body without reducing one to the other. Through interdisciplinary research, conceptual modeling, and theoretical development, the department contributes to a new generation of psychological science grounded in biology, but always focused on the lived human experience.