Welcome to our Neuroscience-based Workshops & SEMINARS

We examine the physiological changes that occur in brain structures such as the amygdala, hippocampus, and prefrontal cortex, which can result in heightened anxiety, flashbacks, and other symptoms of post-traumatic stress disorder (PTSD). 

 T.E.M involves a systematic approach to addressing the immediate and long-term effects of traumatic incidents on individuals and communities. It includes strategies for crisis intervention, emotional support, and the provision of resources to help affected individuals process their experiences and recover.  

We examine how neurobiological factors, such as impulsivity, aggression, and emotional dysregulation, interact with environmental influences, including trauma and social isolation, to predispose individuals to commit acts of violence.

We investigate how brain function and structure influence entrepreneurial behavior, decision-making, and risk assessment. It explores the neural mechanisms underlying creativity, problem-solving, and resilience, which are essential traits for successful entrepreneurs.

We explore the effects of this traditional Amazonian brew, which contains the psychoactive compound DMT, on brain function and consciousness. Research indicates that ayahuasca can lead to profound alterations in perception, emotional processing, and self-awareness, often resulting in therapeutic benefits.

Provides participants with essential training on recognizing the signs of suicidal thoughts and behaviors, as well as effective intervention techniques. The workshop fosters a supportive environment for discussion, equipping attendees with the knowledge and resources needed to help those in crisis.

We examine how traumatic experiences can influence not only individuals but also their descendants, potentially altering genetic expression, brain development, and emotional regulation across generations.

We explore the intersections between human brain function and AI systems, focusing on how insights from neurobiology can inspire the development of algorithms that replicate cognitive processes such as learning and decision-making. 

The neuroscience of combat and operational stress reactions studies how the brain responds to the psychological and physiological stress of military combat. We aim aims to improve interventions for those experiencing stress-related conditions by understanding the underlying neural and hormonal mechanisms.

We explore how stress influences employee behavior and decision-making through brain function and neurochemical responses. This unique workshop helps to identify strategies for reducing stress and improving productivity in organizational settings.