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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.
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@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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A Chinese startup, Betavolt, has introduced an innovative 'atomic energy battery' that can generate electricity for 50 years without needing recharging or maintenance. This groundbreaking battery, smaller than a coin, marks a significant advancement in the miniaturization of atomic energy. It's designed for various applications, including mobile phones and drones, potentially allowing these devices to operate indefinitely without charging. This development aligns with China's strategic goals under its 14th Five-Year Plan and represents a major leap in energy innovation.
For more details, you can read the full article on The Independent.
For more details, you can read the full article on The Independent.
The Independent
Nuclear battery could give us smartphones that never need to charge
Betavolt says its battery could power mobile phones that never need to be charged and drones that can fly forever
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Winds in Antarctica
Temperature is far from the only challenge awaiting the brave souls at the South Pole. Here blow the strongest and most persistent winds on the planet, reaching speeds of 322 km/h (with an average of about 240 km/h)! Moreover, these winds blow almost year-round, hardly ever subsiding. Nowhere else in the world will you encounter such harsh weather conditions.
However, it’s almost always sunny here: due to the cold, the air is very dry (it has the lowest relative humidity on the planet), making this place have the most intense solar radiation on Earth.
@science
Temperature is far from the only challenge awaiting the brave souls at the South Pole. Here blow the strongest and most persistent winds on the planet, reaching speeds of 322 km/h (with an average of about 240 km/h)! Moreover, these winds blow almost year-round, hardly ever subsiding. Nowhere else in the world will you encounter such harsh weather conditions.
However, it’s almost always sunny here: due to the cold, the air is very dry (it has the lowest relative humidity on the planet), making this place have the most intense solar radiation on Earth.
@science
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🌍 Where Are You From? - Subscriber Location Poll 📍
Hi everyone! We’re curious to know where our amazing community hails from across the globe. Let’s see how diverse and widespread our channel is!
🔹 Please select the region that best represents your location:
• Asia-Pacific
• Europe
• North America
• South America
• Africa
• Middle East
• Others
Your participation is completely voluntary, but it would be great to see the global footprint of our channel. Thank you for being part of our community! 🌟
Hi everyone! We’re curious to know where our amazing community hails from across the globe. Let’s see how diverse and widespread our channel is!
🔹 Please select the region that best represents your location:
• Asia-Pacific
• Europe
• North America
• South America
• Africa
• Middle East
• Others
Your participation is completely voluntary, but it would be great to see the global footprint of our channel. Thank you for being part of our community! 🌟
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Chose 1 variant
Anonymous Poll
23%
Europe
8%
North America
8%
South America
17%
APAC
12%
Africa
12%
Middle East
20%
Others
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Owls have the widest neck rotation range among animals. This remarkable feature stems from the unique articulation of their spine with the skull. Unlike mammals, which typically have two occipital condyles (spherical ends of a bone that fit into a cavity in another bone to form a joint), owls possess only one.
Additionally, birds have a long, flexible neck containing anywhere from 11 to 23 movable vertebrae. An owl's head can swivel approximately 270 degrees in each direction, allowing for a total rotational range of one and a half full turns. This extraordinary neck flexibility is not just a peculiar trait; it's a critical adaptation that allows owls to have a nearly unobstructed view of their surroundings, an essential asset for a predator that hunts primarily at night.
@science
Additionally, birds have a long, flexible neck containing anywhere from 11 to 23 movable vertebrae. An owl's head can swivel approximately 270 degrees in each direction, allowing for a total rotational range of one and a half full turns. This extraordinary neck flexibility is not just a peculiar trait; it's a critical adaptation that allows owls to have a nearly unobstructed view of their surroundings, an essential asset for a predator that hunts primarily at night.
@science
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🚀 Breathtaking First Look at the Contents of NASA's Bennu Asteroid Sampler! 🌌
After an arduous wait of over three and a half months since the OSIRIS-REx spacecraft triumphantly returned them to Earth, we've finally been granted the first high-resolution images of the precious contents from the Bennu asteroid sampler container. The unveiling was delayed by two stubborn fasteners that kept the sampler lid secure but were successfully opened on January 10.
On January 19, NASA unveiled these long-anticipated visuals, giving us a glimpse into the pristine remnants of our solar system's history. These samples, delicately collected from the 4.5-billion-year-old asteroid Bennu, are not just rocks and dust; they represent a narrative of our cosmos, potentially holding secrets about the origin of water and life on Earth.
Stay tuned as @science dive deeper into this cosmic treasure trove and unravel the mysteries of the universe! 🌠
After an arduous wait of over three and a half months since the OSIRIS-REx spacecraft triumphantly returned them to Earth, we've finally been granted the first high-resolution images of the precious contents from the Bennu asteroid sampler container. The unveiling was delayed by two stubborn fasteners that kept the sampler lid secure but were successfully opened on January 10.
On January 19, NASA unveiled these long-anticipated visuals, giving us a glimpse into the pristine remnants of our solar system's history. These samples, delicately collected from the 4.5-billion-year-old asteroid Bennu, are not just rocks and dust; they represent a narrative of our cosmos, potentially holding secrets about the origin of water and life on Earth.
Stay tuned as @science dive deeper into this cosmic treasure trove and unravel the mysteries of the universe! 🌠
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Unraveling the Mystery of Petrichor: The Scent of Rain
Petrichor arises from oils released by plants, absorbed by soil, and then liberated into the air during rainfall. The compound geosmin, produced by soil bacteria, adds to this unique scent, detectable by humans at very low levels. Light rains amplify petrichor, as gentle droplets coax more aroma from the soil.
Petrichor embodies nature’s complexity, a dance between earth, water, and life. Next time rain freshens the air, remember the fascinating interaction behind that beloved scent.
Stay tuned for more concise, captivating @science facts!
Petrichor arises from oils released by plants, absorbed by soil, and then liberated into the air during rainfall. The compound geosmin, produced by soil bacteria, adds to this unique scent, detectable by humans at very low levels. Light rains amplify petrichor, as gentle droplets coax more aroma from the soil.
Petrichor embodies nature’s complexity, a dance between earth, water, and life. Next time rain freshens the air, remember the fascinating interaction behind that beloved scent.
Stay tuned for more concise, captivating @science facts!
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Interesting technology: https://t.me/sciencetoall/18346
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Daily Science to all
Wow- I didn’t knew that such ships exist
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🧑🚀 Russian cosmonaut set a world record for staying in orbit
Cosmonaut Oleg Kononenko set a record for the total duration of stay in space. By June 5, it must reach 1,000 days in orbit.
The previous achievement belongs to Gennady Padalka - his 5 flights amounted to 878 days 11 hours 29 minutes 48 seconds in space.
Space Heroes 💪
📹@science
Cosmonaut Oleg Kononenko set a record for the total duration of stay in space. By June 5, it must reach 1,000 days in orbit.
The previous achievement belongs to Gennady Padalka - his 5 flights amounted to 878 days 11 hours 29 minutes 48 seconds in space.
Space Heroes 💪
📹@science
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