Jean-Loup Florens

Institut National Polytechnique de Toulouse

Papers

Total Citations

H-Index

About

Jean-Loup Florens is a pioneering researcher in haptics and physical modeling, with a focus on multi-sensory interfaces for micro- and nanoscale teleoperations. His work bridges robotics, human-computer interaction, and physics-based simulation. Florens made foundational contributions to haptic feedback systems, enabling precise localization and shape recognition of submicron objects—critical for controlled manipulation of objects near the optical detection limit. His 2010 paper on multi-sensorial interfaces for 3D teleoperations (5 citations) and his 2012 study on haptic localization of nano-objects (3 citations) demonstrate his impact in advancing nanoscale interaction. Earlier, Florens extended mass-spring physical modeling frameworks to robotics applications (2004, 2 citations), showing how discrete physics models used in animation could be adapted for robotic control and simulation. His work has influenced the development of haptic devices and teleoperation systems, particularly in contexts requiring high precision and sensory feedback. Florens’ research remains essential reading for those interested in haptics, micro/nanorobotics, and physically-based simulation for robotics.