Typing on touchscreen devices is notoriously difficult. How could we make it faster and easier? Researchers at the Finnish Center for Artificial Intelligence have created an AI model that simulates how people type on touchscreen devices, opening up possibilities to improve auto-correct and keyboard usability for unique needs. Read more: https://bit.ly/3eEFtif #FCAI #AI #typing #keyboard #touchscreen | Aalto University

In the 1980s, touchscreen technology primarily used infrared grids or resistive overlays on bulky CRT monitors, exemplified by systems demonstrated on BBC shows like Tomorrow's World. These early, low-resolution interfaces enabled simple single-point selection in niche industrial or kiosk applications but were expensive and physically cumbersome compared to modern capacitive touchscreens. Credit: BBC | History In Pictures

What if your screen could let you feel what you see? Researchers at IIT Madras have created a touchscreen that recreates real textures, from silk to sand. A new era of human machine interaction begins! ☝🏽📲 #OMGIndia #InnovationDay #MakeInIndia | HISTORY

Did the US Military Really Build a Pigeon-Guided Missile? Before computers, the US Navy tried to use pigeons to guide missiles. Here is the classified story. 👇 Imagine a missile that isn't guided by a computer, but by a living bird pecking at a screen. It sounds like science fiction, but in the 1940s, this was real science. Meet "Project Pigeon"—a top-secret World War II program led by behavioral psychologist B.F. Skinner. The goal? To create the world's first "smart bomb" using the incredible