L. Sanchez

Institut polytechnique de Grenoble, Universidad Autónoma de Baja California

Papers

Total Citations

H-Index

About

L. Sanchez is a researcher whose work bridges microelectronics and robotics, with key contributions in self-assembly technologies and sensor systems. Their most cited paper, "Self-alignment of silicon chips on wafers: A capillary approach" (2010, 54 citations), addresses a critical challenge in three-dimensional integration for advanced microelectronics. By using capillary forces to align chips on wafers, Sanchez proposed a scalable solution for die-to-wafer assembly, offering an alternative to slower robotic methods as Moore’s law approaches its limits. This work has been influential in the field of semiconductor packaging and heterogeneous integration. In robotics, Sanchez has explored sensor integration and control systems. Their 2019 paper on phase effects in fast frequency measurements for robotic sensors (11 citations) highlights innovations in real-time sensing, enabling more accurate and responsive systems. Additionally, their 2015 work on guaranteed control of robotic excavators during digging (9 citations) addresses automation challenges in heavy machinery, tackling nonlinearities and uncertainties in hydraulic actuators. These contributions demonstrate Sanchez’s impact across both microelectronics and robotics, with a focus on practical, scalable solutions. Their interdisciplinary approach has earned recognition for advancing self-assembly techniques and robotic automation, making their work valuable for researchers in semiconductor manufacturing, sensor design, and autonomous systems.