Eric J. Gonzalez

Papers

Total Citations

231

H-Index

About

Eric J. Gonzalez is a leading researcher in human-computer interaction, specializing in shape-changing interfaces and haptic feedback systems. His work centers on developing novel hardware and interaction techniques that bridge the physical and digital worlds, with a particular focus on tabletop shape displays and encountered-type haptic devices. Gonzalez's most significant contribution is the creation of **shapeShift** (2018, 134 citations), a compact, high-resolution (7 mm pitch) mobile tabletop shape display that enables 2D spatial manipulation and self-actuation. This work explores how users can physically interact with dynamic surface geometries, opening new possibilities for tangible interaction in mobile scenarios. Building on this, he developed **REACH+** (2020, 72 citations), a framework for dynamic visuo-haptic redirection that overcomes workspace limitations and latency issues in encountered-type haptic devices, significantly improving the perceived performance of virtual object interactions. His earlier foundational work on shapeShift (2017, 25 citations) laid the groundwork for these innovations, introducing interaction techniques for both passive and active mobile use cases. Gonzalez's research has garnered over 230 citations, reflecting its impact on the fields of haptics, shape displays, and interactive surfaces, and continues to influence how we design responsive, physically-embodied interfaces for virtual and augmented reality environments.