Unveiling the Most Water-Repellent Surface Ever!
Scientists have crafted a surface dubbed as the most water-repellent ever. By employing a liquid-like coating, water rolls off this surface at angles 500 times shallower compared to other superhydrophobic materials. This novel technology, creating ‘liquid-like surfaces’, presents a game-changer, especially in automotive, marine, and aerospace sectors, where repelling water is crucial. The innovative surface behaves like a lubricated platform, ensuring water slides right off, setting a new standard in superhydrophobic materials .
@science
Scientists have crafted a surface dubbed as the most water-repellent ever. By employing a liquid-like coating, water rolls off this surface at angles 500 times shallower compared to other superhydrophobic materials. This novel technology, creating ‘liquid-like surfaces’, presents a game-changer, especially in automotive, marine, and aerospace sectors, where repelling water is crucial. The innovative surface behaves like a lubricated platform, ensuring water slides right off, setting a new standard in superhydrophobic materials .
@science
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ScienceAlert
The Moment We've Been Waiting For: JWST Gazes Upon The Spectacular Crab Nebula
Like peering into the eye of a storm.
🔭 New Horizons with JWST:
The James Webb Space Telescope (JWST) unveils breathtaking details of the Crab Nebula, showcasing a vibrant celestial dance of gas, dust, and charged particles around its heart - the Crab Pulsar. A glimpse into the cradle of star formation, the JWST’s infrared eyes reveal what was once veiled. Discover more about this cosmic revelation here🌌.
The James Webb Space Telescope (JWST) unveils breathtaking details of the Crab Nebula, showcasing a vibrant celestial dance of gas, dust, and charged particles around its heart - the Crab Pulsar. A glimpse into the cradle of star formation, the JWST’s infrared eyes reveal what was once veiled. Discover more about this cosmic revelation here🌌.
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An artificial intelligence algorithm successfully developed a catalyst for extracting oxygen from Martian meteorites in just six weeks.
This task, if performed by a human using standard chemical screening (where each full cycle takes five hours to find an optimal catalyst from the same composition of Martian rocks), would have taken two thousand years.
The project is being spearheaded by scientists from China and presented by @science
This task, if performed by a human using standard chemical screening (where each full cycle takes five hours to find an optimal catalyst from the same composition of Martian rocks), would have taken two thousand years.
The project is being spearheaded by scientists from China and presented by @science
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🔬 Breaking Through in Neuroscience: Unveiling the Reality of Zoom Fatigue
Recent groundbreaking research has neurophysiologically confirmed what many have experienced in the wake of increased virtual interactions post-COVID-19: Zoom fatigue is real!
🧠 The study, published in Scientific Reports, utilized EEG and ECG data to compare the effects of video conferences and face-to-face interactions. Results showed that 50-minute video conferences led to significantly greater fatigue than in-person sessions of the same duration.
📊 This marks a pivotal step in understanding the neurophysiological impacts of our increasingly digital world, particularly the effects of prolonged video-based communication. René Riedl and Gernot Müller-Putz, leading the study, emphasize the importance of this understanding for individual well-being, interpersonal relationships, and organizational communication.
🔍 The researchers propose that a holistic view of the psychological and physiological mechanisms involved is essential to develop strategies to mitigate the harmful effects of videoconference fatigue.
🔗 Learn more about this fascinating study and its implications here: TU Graz News Article
@science
Recent groundbreaking research has neurophysiologically confirmed what many have experienced in the wake of increased virtual interactions post-COVID-19: Zoom fatigue is real!
🧠 The study, published in Scientific Reports, utilized EEG and ECG data to compare the effects of video conferences and face-to-face interactions. Results showed that 50-minute video conferences led to significantly greater fatigue than in-person sessions of the same duration.
📊 This marks a pivotal step in understanding the neurophysiological impacts of our increasingly digital world, particularly the effects of prolonged video-based communication. René Riedl and Gernot Müller-Putz, leading the study, emphasize the importance of this understanding for individual well-being, interpersonal relationships, and organizational communication.
🔍 The researchers propose that a holistic view of the psychological and physiological mechanisms involved is essential to develop strategies to mitigate the harmful effects of videoconference fatigue.
🔗 Learn more about this fascinating study and its implications here: TU Graz News Article
@science
www.tugraz.at
"Zoom Fatigue": Exhaustion caused by video conferencing proven on a neurophysiological level for the first time
Using EEG and ECG data, researchers at the University of Applied Sciences Upper Austria and Graz University of Technology were able to prove that video conferences and online education formats lead to greater fatigue than face-to-face alternatives.
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When it's very hot, the bees gather near the entrance to the hive and become... air conditioners!
@science
@science
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Two Views of a High-Altitude Flight for Ingenuity Mars Helicopter
As NASA’s Ingenuity Helicopter made its 59th flight on Mars – achieving its second highest altitude while taking pictures of this flight – the Perseverance Mars rover was watching. See two perspectives of this 142-second flight that reached an altitude of 66 feet (20 meters). This flight took place on Sept.16, 2023.
As NASA’s Ingenuity Helicopter made its 59th flight on Mars – achieving its second highest altitude while taking pictures of this flight – the Perseverance Mars rover was watching. See two perspectives of this 142-second flight that reached an altitude of 66 feet (20 meters). This flight took place on Sept.16, 2023.
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The Superpower of Spider Silk
Spider silk possesses remarkable characteristics: it’s incredibly strong, sticky, antimicrobial, hypoallergenic, and biodegradable.
But did you know that spider silk can withstand a load of up to 300 kilograms per square centimeter? Moreover, it can stretch up to 40% of its original length without losing strength.
@science
Spider silk possesses remarkable characteristics: it’s incredibly strong, sticky, antimicrobial, hypoallergenic, and biodegradable.
But did you know that spider silk can withstand a load of up to 300 kilograms per square centimeter? Moreover, it can stretch up to 40% of its original length without losing strength.
@science
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The sun has produced a massive coronal hole and is "spewing a stream of solar wind directly toward Earth," according to Spaceweather.com. See a one-week time-lapse of the hole in the Sun's atmosphere from NASA's Solar Dynamics Observatory.
Credit: NASA/SDO
@science
Credit: NASA/SDO
@science
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ScienceAlert
China's Lander Detects Giant Polygonal Structures Buried Beneath Mars
A story of fire or ice?
🚀 Zhurong Rover's Martian Breakthrough: Unearthing Geometric Secrets!
China's Zhurong rover, using ground-penetrating radar, has uncovered deep geometric structures on Mars. These polygons, up to tens of meters wide, are hidden 35 meters below Utopia Planitia's surface. This discovery, from China's landmark Mars mission, offers a peek into the planet's ancient climatic shifts, suggesting a history of dramatic environmental change
China's Zhurong rover, using ground-penetrating radar, has uncovered deep geometric structures on Mars. These polygons, up to tens of meters wide, are hidden 35 meters below Utopia Planitia's surface. This discovery, from China's landmark Mars mission, offers a peek into the planet's ancient climatic shifts, suggesting a history of dramatic environmental change
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Interesting article from Xinhua News Agency reports on the operational start of the world's deepest and largest underground physics laboratory in Sichuan Province, China. This laboratory, situated 2,400 meters beneath Jinping Mountain, provides a unique environment for researching dark matter. Its ultra-low radiation background and minimal cosmic ray interference are key advantages for scientific experiments. The facility, developed by Tsinghua University and Yalong River Hydropower Development Company, Ltd., will also contribute to interdisciplinary research in fields like particle physics and nuclear astrophysics.
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Well...
That's how Gemini AI works - it's Google's newest LLM.
With all due respect to ChatGPT and Gigachat….
A little scary, to be honest... 😅
@science - share the post please 👌
That's how Gemini AI works - it's Google's newest LLM.
With all due respect to ChatGPT and Gigachat….
A little scary, to be honest... 😅
@science - share the post please 👌
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Japanese engineers have developed a new robot that can reach speeds of up to 46 km/h. During its creation, the developers took inspiration from the Velociraptor.
@science
@science
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Iceland: A Land Straight Out of ‘The Lord of the Rings’
Witness the majesty of nature in Iceland’s recent volcanic eruption on the Reykjanes Peninsula. Imagine nearly 4 kilometers of fissures spewing forth a river of lava…
Absolutely stunning!
@science
Witness the majesty of nature in Iceland’s recent volcanic eruption on the Reykjanes Peninsula. Imagine nearly 4 kilometers of fissures spewing forth a river of lava…
Absolutely stunning!
@science
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NASA's James Webb Space Telescope has unveiled a new view of Uranus, showing its rings, moons, and atmospheric features, including a polar cap. The images, more detailed than earlier ones, highlight Uranus's dim inner and outer rings, the elusive Zeta ring, and several of its 27 moons. Infrared wavelengths reveal dynamic atmospheric features, including seasonal north polar cloud caps and storms, offering insights into the planet's complex atmosphere. These observations aid in understanding similar-sized exoplanets and our solar system. For the full article, visit NASA's website.
@science
@science
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Dear colleagues, we are launching our cooperative program for research universities, laboratories, and scientists.
Click for more details
Click for more details
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2024 is set to be a landmark year in science, featuring significant developments. Key highlights include OpenAI's advancement with GPT-5, the operational start of the Vera Rubin Observatory in Chile, and NASA's Europa Clipper mission to Jupiter's moon. DeepMind's AlphaFold is expected to enhance protein interaction modeling. Additionally, NASA's Artemis II mission will conduct a crewed lunar flyby. Stay tuned for these and other exciting scientific breakthroughs! For more details, check out the article on Nature.
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Forwarded from Gadget and device News 🗞️
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No, it’s not Starbucks. It’s Artly, a 3-year-old startup that has developed an AI-powered machine that it claims makes a “perfect cup of coffee every time,” using computer vision algorithms to guide a robotic arm and monitor drink quality. Amazing?
Artly's barista bots learn quickly: Human baristas can use the imitation learning platform to teach Artly new tricks by showing examples. Deep Learning-based visual inspection is used to monitor drink quality at each step to ensure a perfect cup with every order.
It has 10 retail locations across the US and will use the new funding to expand its model.
Artly's barista bots learn quickly: Human baristas can use the imitation learning platform to teach Artly new tricks by showing examples. Deep Learning-based visual inspection is used to monitor drink quality at each step to ensure a perfect cup with every order.
It has 10 retail locations across the US and will use the new funding to expand its model.
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In our Solar System, there are numerous asteroids rich in valuable elements that are highly coveted by humanity. Therefore, it's imperative that we develop technologies for their industrial exploitation!💎
Let's explore the top three most valuable asteroids:
Psyche is located in the main asteroid belt. This 240-kilometer wide asteroid is rich in metals, including nickel and iron, and also contains gold and platinum. However, recent reports suggest that Psyche might predominantly consist of rocky material. We will obtain accurate information in 2026 following NASA's mission dedicated to its study.
The asteroid Asporina is covered with olivine, a bright green mineral. Its presence in this iron-stone meteorite classifies Asporina as a rare type of pallasite. Meteorites of this class are highly valued among collectors due to their uniqueness and high cost.
Gaspra is composed of various metals and their oxides, giving the asteroid's surface a fascinating mix of hues.
@science
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Let's explore the top three most valuable asteroids:
Psyche is located in the main asteroid belt. This 240-kilometer wide asteroid is rich in metals, including nickel and iron, and also contains gold and platinum. However, recent reports suggest that Psyche might predominantly consist of rocky material. We will obtain accurate information in 2026 following NASA's mission dedicated to its study.
The asteroid Asporina is covered with olivine, a bright green mineral. Its presence in this iron-stone meteorite classifies Asporina as a rare type of pallasite. Meteorites of this class are highly valued among collectors due to their uniqueness and high cost.
Gaspra is composed of various metals and their oxides, giving the asteroid's surface a fascinating mix of hues.
@science
Share our posts in your Stories
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