Browsing Tag
Robotics
4 posts
How Alan Turing’s Mathematics Can Describe the Movement of a Sperm Tail?
While Alan Turing is widely recognized for his pivotal role in deciphering Germany's "Enigma" communications code during World War II, his contributions extend beyond cryptography. Turing also formulated a groundbreaking theory wherein patterns emerge through the diffusion and reaction of chemical compounds. This theoretical framework is now renowned as the reaction-diffusion theory for pattern formation.
The Role of a Sensing Paw in Improving the Movement of Robots with Legs on Diverse Grounds
Scientists from the Norwegian University of Science and Technology (NTNU) and the Indian Institute of Technology Bombay have introduced a novel approach to enhance the adaptability of legged robots in navigating diverse environments, including outdoor natural settings.
Strategizing Robot Team Actions in Ambiguous Environments: An Adaptive Approach
While many robots undergo initial testing in controlled laboratory settings, their ultimate purpose is to operate in real-world environments, assisting humans in addressing a variety of challenges. Navigating these authentic settings involves managing significant levels of uncertainty and unpredictability, especially when robots are collaborating on missions as a team.
Reduced in Size: Miniaturized Robot Takes Inspiration from Spiders for Shape-Shifting Abilities
A recent study from engineers at the University of Colorado Boulder introduces mCLARI, a diminutive shape-changing robot. This modular robot, measuring a mere 2 centimeters in length, exhibits the remarkable ability to alter its shape passively, enabling it to navigate and squeeze through tight spaces in various directions. Despite its minuscule size, it boasts impressive strength, as it can support a load over three times its own weight, making it a versatile and lightweight robotic system.