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The First Ever Stair-Climbing Robot That Clean Your Home Stairs—Heres How Does It Work?

Imagine never having to carry your robot vacuum upstairs again. The MIGO Ascender , a groundbreaking sweeping robot that can climb stairs while cleaning, is now raising funds on Kickstarter . Whether you live in a townhouse, duplex, or multi-story home , this innovative device promises to clean every corner of your house without human intervention . This revolutionary product aims to eliminate the need for multiple cleaning devices in a home. If the fundraising campaign is successful, MIGO Ascender could be the first all-in-one solution for automated home cleaning across multiple floors. A Sweeping Robot That Climbs Stairs – How Does It Work? Traditional robot vacuums struggle with stairs, forcing homeowners to manually move them between floors. However, MIGO Ascender is different —it can autonomously climb stairs while continuing to clean. According to the Kickstarter campaign video , MIGO Ascender is designed to work on all types of staircases , including: Open staircases S...

Forget 6 Months—This Engine Could Get Us to Mars in Just ONE!

Scientists in Russia have unveiled a groundbreaking plasma electric rocket engine that could drastically reduce the time needed to travel to Mars. Developed by Rosatom , this innovative engine could send spacecraft to the Red Planet in just one to two months , a significant improvement over the current six to nine-month journeys using conventional propulsion systems. Unlike traditional rocket engines that burn fuel to generate thrust, this new technology relies on magnetic plasma acceleration . The use of hydrogen as fuel allows the engine to accelerate charged particles—electrons and protons—to an astonishing speed of 100 km/s (62 miles/s) . According to Russian newspaper Izvestia , the plasma engine is expected to revolutionize interplanetary travel , making space missions faster, safer, and more efficient. How Does the Plasma Engine Work? Egor Biriulin, a junior researcher at Rosatom’s Troitsk Institute, explained that the plasma rocket motor operates on electromagnetic principl...

Festo’s Bionic Kangaroo: A Leap Towards the Future of Robotics

Festo , a German company known for its cutting-edge automation technology, has unveiled its most ambitious bioinspired robot yet—the BionicKangaroo . Designed as part of Festo’s Bionic Learning Network , this innovative robotic creation mimics the jumping mechanics of real kangaroos, utilizing advanced engineering to store and reuse energy efficiently. With its pneumatic-powered muscles, elastic tendon, and gesture-based control , the BionicKangaroo demonstrates how nature-inspired robotics can revolutionize automation and energy efficiency. In this article, we will explore the design, functionality, and potential applications of this groundbreaking innovation. The Inspiration Behind BionicKangaroo Festo has a long history of developing biologically inspired robots , such as a flying seagull and robotic elephant trunks. The BionicKangaroo follows this tradition, aiming to replicate the highly efficient locomotion of real kangaroos. Kangaroos are known for their ability to hop con...

UK’s New Robot Has Hands Faster Than Humans—You Won’t Believe What It Can Do!

For years, the US and China have dominated the humanoid robotics industry, with companies like Boston Dynamics and Tesla pushing the boundaries of what robots can do. However, the UK is making a bold move to challenge the status quo. A new player, Humanoid , has entered the market with its revolutionary robot, HMND 01 —a general-purpose humanoid that boasts faster-than-human hands and the potential to transform multiple industries. Could this mark the UK's rise as a global leader in robotics? Let’s explore what sets HMND 01 apart and how it aims to compete in a rapidly evolving industry. Meet HMND 01: The UK’s Answer to Advanced Humanoid Robots Humanoid was founded in 2024 by entrepreneur Artem Sokolov with a mission to bridge the gap between robotics and everyday life. The company’s HMND 01 robot is designed to compete with the likes of Boston Dynamics’ Atlas and Tesla’s Optimus , but at a more competitive price and with unique customizability. Key Features of HMND 01 ...

How Neutrinos Behave Near Rotating Black Holes: A New Discovery

Neutrinos are tiny particles that travel across the universe almost unnoticed. They can change their type (flavor oscillation) and even flip their spin when passing through magnetic fields. This process, called spin oscillation , can turn active neutrinos into invisible sterile ones, affecting how many we detect. A recent study by Deka and Dvornikov explores how neutrinos behave near a rotating black hole surrounded by a magnetized accretion disk . Using computer simulations, they found that neutrino spins flip due to the toroidal magnetic field , even if the black hole is not spinning fast. This challenges previous studies that linked spin flips to black hole rotation.   Neutrinos are tiny, ghost-like particles that pass through almost everything without being noticed. They are incredibly difficult to detect, but they play a big role in understanding the universe. One of the interesting things about neutrinos is that they can change between different states, a process calle...

World's First Ear Cleaning Headphones

Say Goodbye to Cotton Buds! Bizarre Headphones Promise to Deep Clean Your Ears in Just 35 Seconds At first glance, these may seem like the latest high-tech luxury headphones. However, they’re far from your typical audio device. Meet the OtoSet Ear Cleaning System , a revolutionary gadget designed to clear out earwax in just 35 seconds . Developed by Seattle-based medical startup SafKan Health , this cutting-edge device uses a combination of water irrigation and micro-suction technology to remove mild to severe earwax impactions quickly and safely. But before you toss out your cotton buds, you might want to check the price— a staggering $2,753 (£2,297) ! In this article, we’ll explore how the OtoSet works, why earwax buildup happens, and whether this device is the future of ear hygiene. What Is the OtoSet Ear Cleaning System? The OtoSet Ear Cleaning System is an FDA-cleared device designed for healthcare professionals to safely and efficiently remove earwax. Unlike traditional ea...

Why Are Some Protoplanetary Discs So Small? A New Explanation

Protoplanetary discs are the birthplaces of planets, forming around young stars. Some discs are large with clear structures like rings and gaps, while others are small (≤50 AU) and appear featureless. Scientists have debated why these compact discs exist. A recent study by Tong and Alexander suggests that small disc sizes may result from dust fragmentation in turbulent regions. Beyond the "dead zone"—a less turbulent area in the disc—dust grains break apart due to collisions in moderate turbulence. This limits dust growth and prevents the disc from extending outward. When stars form, they are surrounded by swirling discs of gas and dust, called protoplanetary discs . These discs are the birthplaces of planets, and their structures can tell us a lot about how planets form. Astronomers have studied many of these discs using powerful telescopes like the Atacama Large Millimeter/submillimeter Array (ALMA) , and they’ve noticed something interesting—while some discs are large and ...