“Researchers at the Massachusetts Institute of Technology (MIT) in the United States are developing a robotic bee to transform pollination in environments too hostile for natural life—even on other planets.” Lighter than a paper clip, the robot flaps its wings 400 times per second, flies at two meters per second, spins, and hovers. “We aim […]
Mechanical Bee may make Off-World Pollination Possible Read More »
Dutch scientists created an artificial cloud in a glass chamber to study rain formation and explore uses in climatology and drought prevention. Miniature Cloud Experiment Replicates the Water Cycle Researchers simulated condensation conditions on a small scale until droplets combined and fell as raindrops. This scaled-down version of a natural process successfully replicated part of
Scientists Create Artificial Cloud to Advance Rain Research Read More »
Chinese researchers have created a contact lens designed to give humans a form of “super vision”—the ability to perceive infrared light, which is normally invisible to the naked eye. The breakthrough relies on upconversion nanoparticles, which absorb infrared light and convert it into visible light, effectively extending human vision beyond its natural 400–700 nanometer range.
Scientists Develop Contact Lenses that Offer Enhanced Vision Read More »
Introducing X1: The world’s first multi-robot system combining a humanoid robot with a shape-shifting drone that can launch from its back and later transform to drive independently. Global Collaboration Advancing Multimodal Robotics The new multimodal system is the result of a three-year partnership between Caltech’s Center for Autonomous Systems and Technologies (CAST) and the Technology
Robot Drone ‘Backpack’ Drives, Flies, and Responds To Emergencies Read More »
A group of UK scientists has developed a 3D embryo model that reproduces certain aspects of early human development, including blood cell formation, EFE reported Monday. “Our model recreates the process of human fetal blood development—the blood that circulates in a baby during pregnancy—within the lab,” explained a cell biologist from the Gurdon Institute at
Researchers Create a 3D Embryo Model that Makes Blood Cells Read More »
For decades, plastic has posed one of the greatest environmental threats to the planet. It builds up in oceans, harms marine life, and can take hundreds of years to break down—particularly durable varieties like polyurethane. Now, however, scientists have been stunned by a new finding: a marine species capable of degrading this very type of
Scientists Were Amazed to Find a Marine Species that Can Destroy a Major Human Threat Read More »
A key trait of living organisms lies in their cells, which can divide, adapt, and carry out vital functions for the body. Inspired by this, scientists are now working on liquid robots that mimic some cell-like behaviors. The robot, about the size of a grain of rice, is made from water coated with Teflon particles.
The Liquid Robot Functions Similarly to a Living Cell Read More »
A rare lobster is drawing attention at Northeastern University’s Marine Science Center in Nahant. This striking orange and black lobster, known as a calico, is exceptionally uncommon—with odds of finding one estimated at just one in 30 million, according to Sierra Munoz, the center’s outreach program coordinator. That makes the female lobster—even rarer than Neptune,
Rare Calico Lobster Creates a Buzz Read More »
In a major scientific breakthrough, researchers from Aalto University and the University of Bayreuth have created a groundbreaking self-healing hydrogel that replicates the properties of human skin. This advanced material can restore itself by 90% in just four hours and completely within 24 hours, paving the way for innovations in wound care, regenerative medicine, and
Scientists Create a Skin-Like Bandage that Heals Wounds in 24 Hours Read More »
Scientists have developed an artificial neuron that closely replicates the behavior of real ones — it fires, learns, and reacts to chemical signals — marking a breakthrough that could revolutionize computing, medicine, and the integration of technology with biology. Neurons are remarkable biological components that drive complex functions like thinking, feeling, and moving by transmitting
An Artificial Neuron Mimics Real Ones Using Electronics and Biology Read More »