Computational Neuroscience
The brain is a dynamical system. Understanding it means modelling neural populations, oscillations, and the geometry of cognitive states.
Love for the present. Curiosity for the future.
The brain is a dynamical system. Understanding it means modelling neural populations, oscillations, and the geometry of cognitive states.
Attractors, phase spaces, and bifurcations give a language for how complex systems settle, shift, and break. Structure beats narrative.
A longer life is only useful if the system stays coherent: body, relationships, work, and curiosity reinforcing the same direction.
When local choices reinforce the same global direction, compounding begins. The high-return move is often subtraction.