Francesc J. Corcho

Elisava Barcelona School of Design and Engineering

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About

Francesc J. Corcho is a leading researcher at the intersection of robotics, computational geometry, and structural biology, best known for pioneering algorithmic approaches that bridge physical simulation with autonomous path planning. His most influential contribution is the development of the **transition-rapidly exploring random tree (T-RRT)** algorithm, a groundbreaking method that adapts robot motion planning techniques to efficiently explore complex conformational energy landscapes in molecular systems. This work, which has garnered **54 citations**, combines statistical physics with computational geometry to solve problems in protein folding and structural biology. Corcho’s research focuses on **geometric methods for kinematic constraint solving**, with applications spanning robotics, computer-aided design, and biomolecular modeling. His 2004 foundational paper on geometric methods in robotics established key frameworks for constraint-based motion planning. By translating robotic path planning algorithms into tools for computational chemistry, Corcho has created novel interdisciplinary bridges that enable researchers to navigate high-dimensional energy surfaces with unprecedented efficiency—a critical capability for understanding molecular dynamics and designing new proteins.