Max Robotics — Global Service Robot Directory + US Certification

About

Federico Fontana is a leading researcher in haptics and multisensory interaction, whose work bridges the gap between tactile perception and digital audio. His key research areas include haptic feedback systems, virtual instrument design, and the psychophysics of touch. Fontana is best known for his foundational study "Association of Haptic Trajectories to Takete and Maluma" (2013, 38 citations), which demonstrated how abstract shapes and movements evoke consistent tactile responses—a landmark contribution to crossmodal perception. He also developed the **Keytar**, a groundbreaking plucked guitar simulation mockup in Unity3D that integrates auditory, visual, and haptic feedback via a Phantom Omni robotic arm, enabling realistic string interaction. More recently, Fontana introduced the **Bogus Finger**, an open-source robotic tool that simulates quasi-static finger pressing on stationary and vibrating surfaces, advancing the characterization of haptic devices under realistic touch conditions. His work has garnered over 50 citations and is widely recognized for its innovative fusion of engineering and perceptual science. Fontana’s open-source contributions and multisensory modeling continue to inspire new directions in virtual reality, musical instrument design, and human-computer interaction.