I'm immensely grateful for my upbringing because it shaped my current work in neurobiology, focusing on brain regeneration and understanding fear, courage, and trauma.

My work aims to challenge our intuitions about consciousness and encourage creative thinking about its nature.

I conduct pioneering studies on how our behavior and the environment can modify our gene expression.

Genetics is the second most important area to focus on, especially in solving genetic diseases like dementia and Alzheimer's through genetic reprogramming.

The more chaotic one's environment, the greater the opportunity for creating order and finding purpose, which resonates with my calling to share knowledge about neuroscience to help those suffering during times of social disruption.

My mission is to demystify consciousness through neuroscience, focusing on measuring aspects of the mind that were previously thought unmeasurable, such as visualization and intuition.

There's significant potential for breakthroughs by merging different subject areas, and I've always aimed to be multidisciplinary in my own work, integrating neuroscience, machine learning, and computer science.

Stem cells in the adult brain can promote recovery after injuries like stroke by secreting growth factors that enhance native neurogenesis and modulate the immune system.

At Arc Institute, we are focused on applying high-throughput scalable technologies to understand multi-system interactions, particularly at the neuro-immune interface.