In a landmark achievement for robotics, a Chinese humanoid robot set a Guinness World Record by covering 106 kilometers non-stop over the course of three days. The journey started on November 10th in Suzhou, on China’s east coast, and concluded at the Bund promenade in Shanghai. Record-Breaking Journey Highlights China’s Robotics Progress This achievement set […]
Chinese Robot sets new Milestone by Walking more than 100 km Read More »
Researchers at the University of Surrey have developed a robotic fish that can consume plastic waste while generating its own energy. The team created the device, called the robo-fish, to tackle the rising problem of microplastic pollution in oceans, rivers, and lakes. Unlike most machines, the robot does not rely on batteries. Instead, it uses
UK Scientists Create Self-Powered Plastic-Eating Robot Fish Read More »
Fewer than two years after its launch, the San Francisco startup Weave Robotics is already taking pre-orders for its debut household robot, built with a single clear purpose: folding laundry efficiently. Called the Isaac 0, the machine has a relatively simple look, featuring a fixed base, visible joints and components, and two rotating cameras mounted
This Robot Can Fold Your Laundry But It Still Needs a Little Human Assistance Read More »
A comprehensive review of clinical research is raising questions about one of the most frequently recommended treatments for osteoarthritis. For the millions affected by the condition, advice to exercise is almost automatic in routine care. However, a new analysis indicates that its impact on reducing joint pain and improving daily function may be more modest—and
Unborn babies were exposed to significantly higher levels of “forever chemicals” than researchers previously thought—and the full implications are only now starting to come into focus. A new study published today (February 18) in Environmental Science & Technology reports that babies born between 2003 and 2006 were exposed in the womb to far higher levels
Researchers Have Uncovered a Troubling Finding in Umbilical Cord Blood Read More »
Scientists discovered a “second hit” in mamba venom that helps explain why some patients initially improve with antivenom, only to relapse into severe, painful spasms. Certain mamba species initially paralyze muscles, then target another area of the nervous system, causing uncontrollable contractions after treatment reverses the initial paralysis. The Hidden Threats Lurking in Mamba Venom
Why the Effects of Black Mamba Bites Can Suddenly Intensify After Receiving Treatment Read More »
Every year on February 14th, Portugal fills with red roses, heart-wrapped chocolates, and fully booked restaurants. Minho’s Lovers’ Handkerchief In reality, the truth sits somewhere in between — and the history behind it is more intriguing than it appears. The name and date are linked to Saint Valentine, a Christian martyr from the 3rd century.
The origin of February 14th Read More »
Scientists at the Istituto Italiano Di Tecnologia, collaborating with the Centro E. Piaggio, developed the SoftFoot Pro—an ultra-flexible, motor-free artificial foot that adjusts seamlessly to a variety of indoor and outdoor surfaces. Humanoid Robots Can Use SoftFoot Pro for Natural Motion Designed to mimic the human foot, this innovative prosthetic enables users to perform everyday
Highly Adaptable Artificial Foot with Exceptional Flexibility for Varied Terrains Read More »
A newly developed CRISPR-based light sensor can pick up the slightest traces of cancer from just a single drop of blood. Researchers have developed a sophisticated light-driven sensor that can detect extremely low levels of cancer biomarkers in the bloodstream. In the future, this technology could enable physicians to spot early signs of cancer and
This Innovative Blood Test Can Identify Cancer Before Tumors Develop Read More »
Repetitive movements, awkward positioning, and ongoing strain can build up over time, often leading to expensive musculoskeletal injuries that may take weeks to recover from. To address this, engineers at The University of Texas at Arlington have created a soft robotic exoskeleton designed not only to support movement but to physically reduce the burden on
Soft Robotic Elbow cuts Muscle Activity 22% and Eases lifting Fatigue Read More »