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Can Robotic Hand Mimic Human Hand Movements?

What if a robot could move multiple objects simultaneously, like a human hand? Learn about the robotic gripper inspired by the human ability to...

Robots Get Moose-Inspired Feet

The robot feet, inspired by moose hooves, improve movement on mud and snow by reducing sinkage, suction force, and energy use on difficult terrains. Researchers...

Arduino based Soccer Robot with Android Control

This soccer robot can move forward, reverse, forward-left, forward-right, reverse-left and reverse-right with the help of an Android phone.

Stepper Motor Reference Design

The stepper motor reference design shows how to use a microcontroller for motor applications, offering tools for code development and hardware integration with components. Stepper...

Wireless Control of BLDC Motor Using ESP32 and Web Interface

Integrating wireless control into brushless direct current (BLDC) motor systems opens up exciting possibilities for applications such as remote-controlled cars, robots, and other innovative...

Why TMR Sensors Lead Next-Generation Design

TMR sensors are gaining traction in industries needing precision and power efficiency. What makes them the go-to choice for modern designs? Have you noticed the...

Top Tech Trends and Predictions for 2025

From AI and blockchain technology to robotics and automation, the tech trends and predictions for 2025 suggest a year of steady progress. Global trendwatchers and...

Self-Assembly Technique For 3D Electronics

This self-assembly technique could significantly reduce production costs and improve efficiency, offering a sustainable alternative for the electronics industry while opening doors to advanced...

Real-Time Visualization Of Stretchable Electronics

What if you could see how stretchable electronics deform in real time without relying on simulations or damage? Learn more! A research team at POSTECH...

Making Androids More Emotionally Expressive

Researchers at Osaka University have developed a facial expression technology that uses "waveform movements" to represent gestures like breathing, blinking, and yawning as individual...
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