I am a researcher, designer, and practitioner driven by the pursuit of fundamental truths—elegant, universal principles that reveal beauty within complexity. My perspective is shaped by a fusion of disciplines: a deep understanding of AI/ML, a well-honed spatial intuition, and the rigor of mathematical thought. These facets intertwine, constantly sparking a dynamic interplay of ideas.
JUST A TECHNOLOGIST | AI+ROBOTICS RESEARCHER | ARCHITECT OF SPACES AND SYSTEMS
PARTICLES LAB ｜ EXP-2
EXP-2 is inspired by the simulated annealing algorithm and the travelling salesman problem. It demonstrates how a discrete optimization problem can be efficiently solved using a stochastic search algorithm that mimics the physical process of annealing. It is quite useful (and elegant) in finding global optima among large numbers of local optima. This experiment is currently WIP, and is associated with an ongoing research project.
References
Kirkpatrick et al. Optimization by simulated annealing. Science, 1983.
CMU CS. What is Simulated Annealing?.