This Camera Stretches To Capturing Images & Could Give Robots Human-Like Vision #robot #shorts

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Издатель Nov 2, 2026

Scientists Develop Stretchable Electronics That Could Give Robots Human-Like Vision

Scientists led by Chansul Park have developed a new generation of stretchable electronics that could transform robotic vision, wearable sensors and artificial skin.

The technology combines high-performance single-crystalline silicon pixels with finely patterned liquid metal connections, all integrated onto ultrathin, flexible rubber-like materials called elastomers.

Unlike conventional cameras, which rely on rigid imaging sensors, these new devices can bend, stretch and adapt to complex three-dimensional surfaces while maintaining their electronic functionality.

One of the biggest achievements is their 81% fill factor, meaning a large portion of the device's surface is covered by active imaging pixels. They can also achieve 100% biaxial stretchability, allowing them to stretch in two perpendicular directions.

The researchers demonstrated a shape-reconfigurable imaging device and a human-eye-inspired robotic vision system with adjustable focus. They also developed a skin-mountable, lens-free imaging system.

Interestingly, combining retinal and skin-mounted imaging systems allows the technology to collect visual information at different scales and perform depth sensing.

This breakthrough could lead to more advanced robots, flexible wearable cameras, electronic skin and next-generation medical sensors.

The research demonstrates how future cameras could become flexible enough to adapt to the human body and complex robotic surfaces rather than remaining trapped inside rigid devices.

Read full article here: https://www.uncoverreality.in/2026/11/scientists-create-camera-that-stretches.html

Reference: Park, C., Kim, D.H., You, W. et al. Stretchable high-fill-factor silicon–liquid metal platform for multilevel visual acquisition and depth sensing. Nat. Mater. (2026). https://doi.org/10.1038/s41563-026-02627-1

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