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Researchers create reusable tiny machine whose propulsion and carrying sections join by DNA links and perform targeted chemical tasks such as drug production at chosen sites.

Scientists find a way to bend and straighten microfibers using uneven chemical reactions triggered by voltage, paving the path for tiny machines and soft robots.

Researchers create a flexible material that allows robots to change shape instantly based on their surroundings, making them more adaptable for various tasks without needing full redesigns.

A soft polymer material inspired by marine animals can quickly alter its surface to create fine textures and vibrant colors, with potential uses in robotics and wearable tech.

Scientists create cheap, soft robots that move with compressed gas, no electronics, for use in tough places like space or disaster zones.

Scientists create disk-shaped robots that use gears, magnets, and light to form stiff or flowing structures.

The new hydrogel can be shaped into complex tiny structures that respond instantly to magnets, enabling future uses in targeted medicine and miniature devices.

Researchers develop artificial muscle that detects and repairs damage, mimicking human and plant skin for robotics and wearables.