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THE SUN LIKE YOU’VE NEVER SEEN IT BEFORE Using a special filter, this shot lines up the giant Dubai Eye with our fiery star 152 million km away. Then comes the timelapse… solar flares exploding like it’s the Sun’s own fireworks show. Reminder: do not point your camera or... show more

Mario Nawfal

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149,483 views • 1 year ago •via X (Twitter)

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🚨 THE SUN JUST PUNCHED EARTH IN THE MAGNETIC FACE - AND WE LOVED IT On November 11, the Sun fired off an X5.1 solar flare - the biggest of 2025 - and hurled a plasma freight train at Earth at 600+ km/s. Twenty-four hours later, it slammed into our magnetosphere like a cosmic battering ram. NASA’s model shows it perfectly: Earth, a tiny blue marble at the center… Red zones whipping past like solar shrapnel… Magnetic field lines bending, twisting, screaming under the impact. This is what a geomagnetic storm looks like when the universe decides to remind you who’s in charge. The fallout? Satellites jitter. GPS drifts. HF comms get scrambled. And the sky throws a rave - auroras blooming far south of where they have any business being. With the Sun climbing toward peak activity, this won’t be the last hit. Expect more storms, more skyfire, and at least one “Why is the aurora over Chicago?” moment before 2026 is done. Source: Black Hole

🚨 THE SUN JUST PUNCHED EARTH IN THE MAGNETIC FACE - AND WE LOVED IT On November 11, the Sun fired off an X5.1 solar flare - the biggest of 2025 - and hurled a plasma freight train at Earth at 600+ km/s. Twenty-four hours later, it slammed into our magnetosphere like a cosmic battering ram. NASA’s model shows it perfectly: Earth, a tiny blue marble at the center… Red zones whipping past like solar shrapnel… Magnetic field lines bending, twisting, screaming under the impact. This is what a geomagnetic storm looks like when the universe decides to remind you who’s in charge. The fallout? Satellites jitter. GPS drifts. HF comms get scrambled. And the sky throws a rave - auroras blooming far south of where they have any business being. With the Sun climbing toward peak activity, this won’t be the last hit. Expect more storms, more skyfire, and at least one “Why is the aurora over Chicago?” moment before 2026 is done. Source: Black Hole

Mario Nawfal

612,977 views • 7 months ago

Payload package deployment from the JAXA airlock using the Canadarm2 with the Special Purpose Dexterious Manipulator (SPDM). This timelapse shows the two smaller arms on SPDM grappling a materials exposure payload (MISSE) and moving it away. I especially like the sun angles moving around the window frame like a 16-hour sundial. This time exposure represents about 10 hours. Nikon Z9, Nikon 8mm f2.8 fisheye, timelapse assembled by Chris Getteau, NASA JSC.

Payload package deployment from the JAXA airlock using the Canadarm2 with the Special Purpose Dexterious Manipulator (SPDM). This timelapse shows the two smaller arms on SPDM grappling a materials exposure payload (MISSE) and moving it away. I especially like the sun angles moving around the window frame like a 16-hour sundial. This time exposure represents about 10 hours. Nikon Z9, Nikon 8mm f2.8 fisheye, timelapse assembled by Chris Getteau, NASA JSC.

Don Pettit

143,895 views • 1 year ago

3I Atlas just flew past Mars—And it’s getting closer! 3I/ATLAS, only the third interstellar visitor ever spotted in our Solar System. It swung closest to Mars on October 3, 2025 (~29 million km from Mars) and is racing toward the Sun for perihelion around October 29–30 (≈ 1.36–1.4 AU). At that point it’ll be ripping along at ~68 km/s. Afterward, it passes 0.65 AU from Venus (Nov 3) and makes its closest approach to Earth on December 19 at ~1.8 AU—far, but perfect for telescopes. How to watch: This won’t be a naked-eye show. Think astrophotography target: dark skies, telescope or long-lens + tracking, and stacked exposures. It’ll be tough through solar glare until after perihelion; December is when ground scopes get their best shot as it pulls away from the Sun. @europeanspaceagency already grabbed a time-lapse from Mars orbit—your final scene. Keep an eye out for its weird “backwards” dust stream (anti-tail): heavier grains pushed out by the comet’s own activity can line up sunward, while the classic ion/dust tail points away from the Sun. Interstellar, fast, and one-pass only—catch it now or it’s gone for good. Videos / Mars Express ESA

3I Atlas just flew past Mars—And it’s getting closer! 3I/ATLAS, only the third interstellar visitor ever spotted in our Solar System. It swung closest to Mars on October 3, 2025 (~29 million km from Mars) and is racing toward the Sun for perihelion around October 29–30 (≈ 1.36–1.4 AU). At that point it’ll be ripping along at ~68 km/s. Afterward, it passes 0.65 AU from Venus (Nov 3) and makes its closest approach to Earth on December 19 at ~1.8 AU—far, but perfect for telescopes. How to watch: This won’t be a naked-eye show. Think astrophotography target: dark skies, telescope or long-lens + tracking, and stacked exposures. It’ll be tough through solar glare until after perihelion; December is when ground scopes get their best shot as it pulls away from the Sun. @europeanspaceagency already grabbed a time-lapse from Mars orbit—your final scene. Keep an eye out for its weird “backwards” dust stream (anti-tail): heavier grains pushed out by the comet’s own activity can line up sunward, while the classic ion/dust tail points away from the Sun. Interstellar, fast, and one-pass only—catch it now or it’s gone for good. Videos / Mars Express ESA

Black Hole

56,250 views • 9 months ago

🚨 NASA’S PARKER SOLAR PROBE IS NOW FLYING THROUGH THE SUN. Not orbiting near it. Not observing from a safe distance. It’s actually moving through the Sun’s outer atmosphere the corona at 430,000 mph. Fast enough to cross the entire continental United States in about 20 seconds. Yet the front of the spacecraft is glowing at 2,500°F (hotter than molten lava) while the delicate instruments behind its heat shield remain near room temperature. Why this matters: For decades one of the biggest unsolved mysteries in physics has been the Sun’s corona. It reaches temperatures of millions of degrees while the visible surface below it is far cooler. That’s like standing farther from a campfire and suddenly feeling hotter. Parker is now flying directly through the region where that mystery is born. It’s already revealing: • Strange magnetic “switchbacks” • Unexpected solar wind structures • Jagged boundaries where the Sun’s atmosphere escapes into space • Plasma behavior never seen before in human history The deeper implication is staggering: Everything on Earth depends on the Sun our weather, climate, satellites, power grids, even life itself. Yet we’ve spent most of human history studying it from 93 million miles away. For the first time… we’re touching the atmosphere of a star. What do you think Parker will discover next something expected… or something that forces us to rewrite solar physics entirely? Follow for more frontier physics and cosmic discoveries.

🚨 NASA’S PARKER SOLAR PROBE IS NOW FLYING THROUGH THE SUN. Not orbiting near it. Not observing from a safe distance. It’s actually moving through the Sun’s outer atmosphere the corona at 430,000 mph. Fast enough to cross the entire continental United States in about 20 seconds. Yet the front of the spacecraft is glowing at 2,500°F (hotter than molten lava) while the delicate instruments behind its heat shield remain near room temperature. Why this matters: For decades one of the biggest unsolved mysteries in physics has been the Sun’s corona. It reaches temperatures of millions of degrees while the visible surface below it is far cooler. That’s like standing farther from a campfire and suddenly feeling hotter. Parker is now flying directly through the region where that mystery is born. It’s already revealing: • Strange magnetic “switchbacks” • Unexpected solar wind structures • Jagged boundaries where the Sun’s atmosphere escapes into space • Plasma behavior never seen before in human history The deeper implication is staggering: Everything on Earth depends on the Sun our weather, climate, satellites, power grids, even life itself. Yet we’ve spent most of human history studying it from 93 million miles away. For the first time… we’re touching the atmosphere of a star. What do you think Parker will discover next something expected… or something that forces us to rewrite solar physics entirely? Follow for more frontier physics and cosmic discoveries.

TheNewPhysics

24,584 views • 1 month ago

🚨 SOLAR FLARES: HOTTER, MEANER, SCARIER Scientists just discovered the Sun’s tantrums are way nastier than we thought. New research says ions inside solar flares can hit 60 million degrees - about 6.5x hotter than earlier estimates. The culprit? Magnetic reconnection - cosmic wires crossing in the Sun’s atmosphere, supercharging particles to hellfire levels. Solar flares aren’t just pretty space fireworks. They hurl radiation at Earth in minutes, frying satellites, threatening astronauts, and messing with the planet’s upper atmosphere. Think GPS glitches, blackouts, and potential chaos for a world glued to digital infrastructure. Until now, scientists assumed flare particles heated evenly. Turns out, ions are cooking at extreme temps that make fusion reactors look like spa baths. Our nearest star is more violent, less predictable, and possibly more dangerous than the textbooks said. Source: University of St Andrews, BBC, NASA

🚨 SOLAR FLARES: HOTTER, MEANER, SCARIER Scientists just discovered the Sun’s tantrums are way nastier than we thought. New research says ions inside solar flares can hit 60 million degrees - about 6.5x hotter than earlier estimates. The culprit? Magnetic reconnection - cosmic wires crossing in the Sun’s atmosphere, supercharging particles to hellfire levels. Solar flares aren’t just pretty space fireworks. They hurl radiation at Earth in minutes, frying satellites, threatening astronauts, and messing with the planet’s upper atmosphere. Think GPS glitches, blackouts, and potential chaos for a world glued to digital infrastructure. Until now, scientists assumed flare particles heated evenly. Turns out, ions are cooking at extreme temps that make fusion reactors look like spa baths. Our nearest star is more violent, less predictable, and possibly more dangerous than the textbooks said. Source: University of St Andrews, BBC, NASA

Mario Nawfal

44,087 views • 9 months ago

SUN GAZING 🌞 Allow that divine light to pierce through your eyeballs, and align your mind, body and soul. The sunlight absorbed in this way times our biological processes, heals our eyes, balances our quantum field, connects our soul to God and more… sun gazing is an incredible practice for your health and life, and at sunset and sunrise is perfectly safe to do so. Gaze directly at the sun for as long as feels comfortable for you, starting with small periods of time and working up to longer. I can now look at the sun for many minutes at a time with no pain or discomfort at all. Do you sungaze ?

SUN GAZING 🌞 Allow that divine light to pierce through your eyeballs, and align your mind, body and soul. The sunlight absorbed in this way times our biological processes, heals our eyes, balances our quantum field, connects our soul to God and more… sun gazing is an incredible practice for your health and life, and at sunset and sunrise is perfectly safe to do so. Gaze directly at the sun for as long as feels comfortable for you, starting with small periods of time and working up to longer. I can now look at the sun for many minutes at a time with no pain or discomfort at all. Do you sungaze ?

🌞 Kartikey Bhardwaj 🌴🍉🐮

15,495 views • 1 year ago

We’ve all seen a double rainbow, but have you ever seen the sky do this? 🤔 This rare phenomenon happens when sunlight reflects off the water’s surface and then passes through rain droplets in the air. The reflected sunlight acts like a second sun, producing additional rainbow arcs that cross the primary ones—creating this stunning crisscross effect. It’s pure optics, perfect timing, and the ocean acting like a giant mirror ☀️💧 Nature doesn’t repeat itself often… and when it doesn’t, it really shows off.

We’ve all seen a double rainbow, but have you ever seen the sky do this? 🤔 This rare phenomenon happens when sunlight reflects off the water’s surface and then passes through rain droplets in the air. The reflected sunlight acts like a second sun, producing additional rainbow arcs that cross the primary ones—creating this stunning crisscross effect. It’s pure optics, perfect timing, and the ocean acting like a giant mirror ☀️💧 Nature doesn’t repeat itself often… and when it doesn’t, it really shows off.

The Astronomy Guy

87,828 views • 2 months ago

The Sun holds plasma a hundred thousand kilometres above its own surface using nothing but magnetic field lines. Those fields are not permanent. When one destabilises, everything it was holding has nowhere to go but down. This is a failed eruption coronal rain on a catastrophic scale. Millions of tonnes of plasma falling back at three hundred kilometres a second, hammering the surface it came from, each impact throwing up fountains that fall again. The Sun rained on itself. Fire is only supposed to rise. On a star, it doesn’t get the choice.

The Sun holds plasma a hundred thousand kilometres above its own surface using nothing but magnetic field lines. Those fields are not permanent. When one destabilises, everything it was holding has nowhere to go but down. This is a failed eruption coronal rain on a catastrophic scale. Millions of tonnes of plasma falling back at three hundred kilometres a second, hammering the surface it came from, each impact throwing up fountains that fall again. The Sun rained on itself. Fire is only supposed to rise. On a star, it doesn’t get the choice.

Physics & Astronomy Zone

95,524 views • 29 days ago

Did you know the James Webb Telescope doesn't actually orbit Earth?" While most telescopes stay close to home, the James Webb Telescope is currently stationed 1.5 million km away at the Sun-Earth L2 Lagrange point. This unique gravitational 'sweet spot' is essential because it keeps the telescope perfectly stable and incredibly cold. By sitting in this deep-freeze environment, Webb can capture the universe in infrared with extreme clarity, peering through cosmic dust to reveal secrets that were previously invisible to us. It isn't just a telescope; it’s a time machine orbiting the Sun in perfect harmony with Earth.

Did you know the James Webb Telescope doesn't actually orbit Earth?" While most telescopes stay close to home, the James Webb Telescope is currently stationed 1.5 million km away at the Sun-Earth L2 Lagrange point. This unique gravitational 'sweet spot' is essential because it keeps the telescope perfectly stable and incredibly cold. By sitting in this deep-freeze environment, Webb can capture the universe in infrared with extreme clarity, peering through cosmic dust to reveal secrets that were previously invisible to us. It isn't just a telescope; it’s a time machine orbiting the Sun in perfect harmony with Earth.

Cosmos Archive

108,780 views • 5 months ago

Our AR coloring book drops this Sunday at 1 pm EST 👀 ✨ Color in the pages, just like any other coloring book. But, when the colored page is viewed through a smartphone or tablet camera, it comes alive with AR animations and sound using the same colors as on the page!

Our AR coloring book drops this Sunday at 1 pm EST 👀 ✨ Color in the pages, just like any other coloring book. But, when the colored page is viewed through a smartphone or tablet camera, it comes alive with AR animations and sound using the same colors as on the page!

Micah Johnson 👨🏾‍🚀🚀

12,781 views • 2 years ago

Nibiru has moved from 4 o’clock position to 3 o’clock position. Moving up towards the elliptic (center of Sun - circle) and seen closer to the Sun. Nibiru is moving infront of the Sun, just as predicted by the Zetas. 10/24/25 vs 11/04/25 ☄️ #Nibiru #Atlas “November is when the Nibiru Complex will move from the left of the Sun to center in front of the Sun.” “• Planet X, finding itself tilting along the flow lines while close to the Sun, does a slow roll to align with the Sun at its middle, the S Pole slung away from the Sun's S Pole, this direction and momentum continuing until it rolls 270° to click into a side-by-side alignment with the Sun. This is implied in Eastfield, a 270° roll both before and after the timeline. • Planet X does more than one 270° roll, as the fastest way to align itself again with magnetic flow lines after piercing the Ecliptic, as implied in Eastfield, the second roll culminating in the passage where the visible presence of Planet X increases enormously during the week of rotation stoppage. The timeline implies a position of Planet X prior to the passage that include angles of 45° on either side and a 180° reversal in between. • Planet X first approaches creating wobbles in the orientation of the Earth as it passes the Sun's S Pole, then a tight lock while rising through the flow lines to the Ecliptic, then slinging the Earth in a radically different orientation (denoted by the beak) during a 270° roll, and then halting the rotation of the Earth as the Atlantic Rift is gripped in line with Planet X.”

Nibiru has moved from 4 o’clock position to 3 o’clock position. Moving up towards the elliptic (center of Sun - circle) and seen closer to the Sun. Nibiru is moving infront of the Sun, just as predicted by the Zetas. 10/24/25 vs 11/04/25 ☄️ #Nibiru #Atlas “November is when the Nibiru Complex will move from the left of the Sun to center in front of the Sun.” “• Planet X, finding itself tilting along the flow lines while close to the Sun, does a slow roll to align with the Sun at its middle, the S Pole slung away from the Sun's S Pole, this direction and momentum continuing until it rolls 270° to click into a side-by-side alignment with the Sun. This is implied in Eastfield, a 270° roll both before and after the timeline. • Planet X does more than one 270° roll, as the fastest way to align itself again with magnetic flow lines after piercing the Ecliptic, as implied in Eastfield, the second roll culminating in the passage where the visible presence of Planet X increases enormously during the week of rotation stoppage. The timeline implies a position of Planet X prior to the passage that include angles of 45° on either side and a 180° reversal in between. • Planet X first approaches creating wobbles in the orientation of the Earth as it passes the Sun's S Pole, then a tight lock while rising through the flow lines to the Ecliptic, then slinging the Earth in a radically different orientation (denoted by the beak) during a 270° roll, and then halting the rotation of the Earth as the Atlantic Rift is gripped in line with Planet X.”

ZetaTalkLive👽

11,452 views • 8 months ago

Most of us grew up seeing simplified diagrams of the Hubble Space Telescope and assumed the James Webb Space Telescope follows a similar path around Earth. In reality, it operates in a very different region of space. It is not orbiting our planet in the traditional sense but instead travels around a point about 1.5 million kilometers away known as the Sun–Earth L2 point, keeping pace with Earth as both move around the Sun. This location is often described as a gravitational balance point, but it is not truly stable or neutral. JWST does not sit still there; it follows a controlled orbit around L2 and requires periodic adjustments to stay on course. The result is a delicate, engineered dance between gravity and motion, where the telescope remains aligned with Earth while staying far from its heat and light, allowing it to observe the universe with extraordinary clarity.

Most of us grew up seeing simplified diagrams of the Hubble Space Telescope and assumed the James Webb Space Telescope follows a similar path around Earth. In reality, it operates in a very different region of space. It is not orbiting our planet in the traditional sense but instead travels around a point about 1.5 million kilometers away known as the Sun–Earth L2 point, keeping pace with Earth as both move around the Sun. This location is often described as a gravitational balance point, but it is not truly stable or neutral. JWST does not sit still there; it follows a controlled orbit around L2 and requires periodic adjustments to stay on course. The result is a delicate, engineered dance between gravity and motion, where the telescope remains aligned with Earth while staying far from its heat and light, allowing it to observe the universe with extraordinary clarity.

Cosmos Archive

31,985 views • 2 months ago

Med Ball Spikeball Variation Some rules: • Everyone has to touch the ball 1 time before returning it to the box • If a team fails to have everyone on their team touch it or fail to return it to the box then it’s the opposite teams point. • The ball must hit the box and go up. If it hits the side/corner of the box and immediately goes down it is the other teams point. You can all adjust and make up your own rules! Can be played 2v2, 3v3, or even 4v4. (3v3 seems to be the best) We played as a warm up before our lift. But it can be a workout if it’s own! Anyone played this? What’s some rules or tips you have? #strengthandconditioning #sportsperformance #medballthrows #spikeball

Med Ball Spikeball Variation Some rules: • Everyone has to touch the ball 1 time before returning it to the box • If a team fails to have everyone on their team touch it or fail to return it to the box then it’s the opposite teams point. • The ball must hit the box and go up. If it hits the side/corner of the box and immediately goes down it is the other teams point. You can all adjust and make up your own rules! Can be played 2v2, 3v3, or even 4v4. (3v3 seems to be the best) We played as a warm up before our lift. But it can be a workout if it’s own! Anyone played this? What’s some rules or tips you have? #strengthandconditioning #sportsperformance #medballthrows #spikeball

Frank Campbell III

147,885 views • 5 months ago

🚨 THE “ALIEN COMET” MOMENT IS HERE — 3I/ATLAS PASSES EARTH NEXT WEEK 🚨 Something extraordinary from outside our solar system is quietly passing by. The interstellar object 3I/ATLAS will reach its closest point to Earth on December 19, 2025, and many headlines are struggling to explain what’s really happening. Here’s the simple truth: 3I/ATLAS is NOT coming toward Earth. Instead, Earth is moving closer to its path as we orbit the Sun. It’s like two cars on different lanes briefly coming closer — dramatic to watch, but completely safe. 3I/ATLAS has already traveled beyond Mars’ orbit and is now heading out of the solar system forever. There is no impact risk. Even at its closest, it will remain hundreds of millions of kilometers away. What makes this moment special isn’t danger — it’s rarity. This object came from another star system, passed through our cosmic neighborhood, and will never return again. This isn’t a warning. It’s a reminder that the universe is vast, mysterious, and full of visitors we’re only just beginning to understand. #3IATLAS #interstellarobject #3Iアトラス

🚨 THE “ALIEN COMET” MOMENT IS HERE — 3I/ATLAS PASSES EARTH NEXT WEEK 🚨 Something extraordinary from outside our solar system is quietly passing by. The interstellar object 3I/ATLAS will reach its closest point to Earth on December 19, 2025, and many headlines are struggling to explain what’s really happening. Here’s the simple truth: 3I/ATLAS is NOT coming toward Earth. Instead, Earth is moving closer to its path as we orbit the Sun. It’s like two cars on different lanes briefly coming closer — dramatic to watch, but completely safe. 3I/ATLAS has already traveled beyond Mars’ orbit and is now heading out of the solar system forever. There is no impact risk. Even at its closest, it will remain hundreds of millions of kilometers away. What makes this moment special isn’t danger — it’s rarity. This object came from another star system, passed through our cosmic neighborhood, and will never return again. This isn’t a warning. It’s a reminder that the universe is vast, mysterious, and full of visitors we’re only just beginning to understand. #3IATLAS #interstellarobject #3Iアトラス

Night Sky Now

155,049 views • 7 months ago

🚨 PARKER SOLAR PROBE JUST FOUND HIGH-ENERGY PARTICLES NEAR THE SUN THAT NO MODEL PREDICTED AND WE DON’T KNOW HOW THEY GOT SO ENERGETIC. During its close passes through the solar corona, NASA’s Parker Solar Probe detected protons accelerated to energies around 400 keV roughly 1,000 times higher than current models of magnetic reconnection at the heliospheric current sheet could explain. The particles appear to be trapped and energized inside magnetic islands that form and merge during reconnection events at the current sheet (the vast surface where the Sun’s magnetic field flips polarity). This mechanism was not expected to produce such high energies so close to the Sun. Why this matters: • It reveals a previously unknown or underestimated source of energetic particles right in the solar corona • Existing models of solar energetic particles have focused mainly on shocks from coronal mass ejections — this suggests reconnection can also be a powerful accelerator • The same process may be contributing more to coronal heating than previously calculated • It has implications for space weather forecasting, since these particles can affect spacecraft and astronauts The deeper implication: Parker is showing us that the physics of the near-Sun environment is more energetic and complex than our models assumed. Magnetic reconnection long known as an important process appears capable of accelerating particles to surprisingly high energies through the merging of magnetic islands. This doesn’t just tweak our understanding of the Sun; it may force revisions in how we model particle acceleration across many astrophysical environments. We’re still in the early stages of understanding what Parker is revealing, but it’s already clear that the corona is more violent and dynamic than we thought. How do you think this discovery might change our models of space weather or solar physics in the coming years? Follow for more updates from Parker Solar Probe and the evolving picture of our Sun.

🚨 PARKER SOLAR PROBE JUST FOUND HIGH-ENERGY PARTICLES NEAR THE SUN THAT NO MODEL PREDICTED AND WE DON’T KNOW HOW THEY GOT SO ENERGETIC. During its close passes through the solar corona, NASA’s Parker Solar Probe detected protons accelerated to energies around 400 keV roughly 1,000 times higher than current models of magnetic reconnection at the heliospheric current sheet could explain. The particles appear to be trapped and energized inside magnetic islands that form and merge during reconnection events at the current sheet (the vast surface where the Sun’s magnetic field flips polarity). This mechanism was not expected to produce such high energies so close to the Sun. Why this matters: • It reveals a previously unknown or underestimated source of energetic particles right in the solar corona • Existing models of solar energetic particles have focused mainly on shocks from coronal mass ejections — this suggests reconnection can also be a powerful accelerator • The same process may be contributing more to coronal heating than previously calculated • It has implications for space weather forecasting, since these particles can affect spacecraft and astronauts The deeper implication: Parker is showing us that the physics of the near-Sun environment is more energetic and complex than our models assumed. Magnetic reconnection long known as an important process appears capable of accelerating particles to surprisingly high energies through the merging of magnetic islands. This doesn’t just tweak our understanding of the Sun; it may force revisions in how we model particle acceleration across many astrophysical environments. We’re still in the early stages of understanding what Parker is revealing, but it’s already clear that the corona is more violent and dynamic than we thought. How do you think this discovery might change our models of space weather or solar physics in the coming years? Follow for more updates from Parker Solar Probe and the evolving picture of our Sun.

TheNewPhysics

16,192 views • 22 days ago

This is why I fell in love with the fans of Red Star Belgrade (Delije). I have never seen or played in a better atmosphere than this one especially when we play at the Maracana stadium. With Delije away games feels like home games and that pressure to always get the first goal early to trigger the fans can be good or bad sometimes if you don't score early. I love every song I love how both old and young people show their love and support for the team. Red Star is like the Real Madrid of the Balkan region with a lot of history and great traditions. Playing in front of this amazing Fans and how they light up the stadium with their enthusiasm is something special. Zvezda Volime te 🔴⚪️

This is why I fell in love with the fans of Red Star Belgrade (Delije). I have never seen or played in a better atmosphere than this one especially when we play at the Maracana stadium. With Delije away games feels like home games and that pressure to always get the first goal early to trigger the fans can be good or bad sometimes if you don't score early. I love every song I love how both old and young people show their love and support for the team. Red Star is like the Real Madrid of the Balkan region with a lot of history and great traditions. Playing in front of this amazing Fans and how they light up the stadium with their enthusiasm is something special. Zvezda Volime te 🔴⚪️

Abiola Dauda

18,436 views • 1 month ago

This guy just poured a fresh concrete slab and couldn’t wait another second to show it off. He steps right onto the wet, glassy surface like it’s a runway, leans back against the building with one leg kicked out dramatically, points at his work with pure swagger, then struts across it like a proud king while the fresh pour ripples under his boots. The whole time he’s grinning ear to ear, completely in love with what he just built, sunlight bouncing off the mirror-like finish. There’s something hilariously human about that pure, unfiltered pride in your hard work — the kind that makes you forget the rules and just celebrate the moment you created something real with your own two hands. What’s the funniest “I’m so proud of this” moment you’ve ever had on the job (or seen someone else have)? Drop it below and let’s swap stories.

This guy just poured a fresh concrete slab and couldn’t wait another second to show it off. He steps right onto the wet, glassy surface like it’s a runway, leans back against the building with one leg kicked out dramatically, points at his work with pure swagger, then struts across it like a proud king while the fresh pour ripples under his boots. The whole time he’s grinning ear to ear, completely in love with what he just built, sunlight bouncing off the mirror-like finish. There’s something hilariously human about that pure, unfiltered pride in your hard work — the kind that makes you forget the rules and just celebrate the moment you created something real with your own two hands. What’s the funniest “I’m so proud of this” moment you’ve ever had on the job (or seen someone else have)? Drop it below and let’s swap stories.

Ryan Cey

1,213,717 views • 3 months ago

🇨🇳 HIKING UP A MOUNTAIN, BUT MAKE IT SUPER CHILL In China, some mountains now come with conveyor belts. Yep - strap in, ride up, selfie at the top, zero sweat. For tourists, it’s paradise: no cramps, no cardio, just straight to the peak with your iced latte still cold. For purists, it’s blasphemy. The whole point of a mountain is the burn, the brag, the earned view - not arriving like checked luggage. The mountains aren’t getting any shorter - just your patience for climbing them. Source: chinafocus_official

🇨🇳 HIKING UP A MOUNTAIN, BUT MAKE IT SUPER CHILL In China, some mountains now come with conveyor belts. Yep - strap in, ride up, selfie at the top, zero sweat. For tourists, it’s paradise: no cramps, no cardio, just straight to the peak with your iced latte still cold. For purists, it’s blasphemy. The whole point of a mountain is the burn, the brag, the earned view - not arriving like checked luggage. The mountains aren’t getting any shorter - just your patience for climbing them. Source: chinafocus_official

Mario Nawfal

16,574 views • 10 months ago

This happened at country pop star Morgan Wallen’s concert Friday night in Pittsburgh, Pennsylvania. A fan handed her phone to a security guard. The security guard was standing with her face to the crowd and her back to the stage and was filming Morgan. Morgan comes over and crouches down and gives the phone camera a look, walks away, then comes back and grabs the phone out of the security guard’s hands and then turns around and chucks the phone off the stage. A lot of people are upset with Morgan, I get it, but many people pointed out that the security guard wasn’t doing her job. They said when you sign up for the job, the job entails making sure that you are enforcing no videoing. I personally have never seen a venue employee or security guard, whatever she was, film the performer for a fan. But, depending on the venue, and looking at Morgan’s policies, he allows videoing, not sure about the venue though. Why chuck the phone? 🤯 Do you think the security guard is to blame or do you think Morgan was just acting like a jerk by tossing that fan’s phone?

This happened at country pop star Morgan Wallen’s concert Friday night in Pittsburgh, Pennsylvania. A fan handed her phone to a security guard. The security guard was standing with her face to the crowd and her back to the stage and was filming Morgan. Morgan comes over and crouches down and gives the phone camera a look, walks away, then comes back and grabs the phone out of the security guard’s hands and then turns around and chucks the phone off the stage. A lot of people are upset with Morgan, I get it, but many people pointed out that the security guard wasn’t doing her job. They said when you sign up for the job, the job entails making sure that you are enforcing no videoing. I personally have never seen a venue employee or security guard, whatever she was, film the performer for a fan. But, depending on the venue, and looking at Morgan’s policies, he allows videoing, not sure about the venue though. Why chuck the phone? 🤯 Do you think the security guard is to blame or do you think Morgan was just acting like a jerk by tossing that fan’s phone?

👉M-Û-R-Č-H👈

4,489,926 views • 1 month ago

$Something wild is happening on the Sun’s hidden side right now.For days, the far side has been vomiting one colossal coronal mass ejection after another, an almost unbroken firehose of billion-ton plasma clouds blasting into space at millions of kilometers per hour. The dark limb of the Sun looks like it’s breathing fire in slow motion.Suspect number one? Our old beast, Active Region 4274, the same monster that hammered Earth with multiple X-class flares earlier this month. What’s left of that hyperactive sunspot factory is about to rotate back into view around December 1st, and if even a fraction of its former fury is still alive, we’re in for a showtime.This relentless barrage was caught in mesmerizing detail by the brand-new GOES-19 satellite’s CCOR-1 coronagraph. Watch the video and try not to feel small.The Sun isn’t sleeping. It’s just warming up on the backstage before walking back into the spotlight.$

Something wild is happening on the Sun’s hidden side right now.For days, the far side has been vomiting one colossal coronal mass ejection after another, an almost unbroken firehose of billion-ton plasma clouds blasting into space at millions of kilometers per hour. The dark limb of the Sun looks like it’s breathing fire in slow motion.Suspect number one? Our old beast, Active Region 4274, the same monster that hammered Earth with multiple X-class flares earlier this month. What’s left of that hyperactive sunspot factory is about to rotate back into view around December 1st, and if even a fraction of its former fury is still alive, we’re in for a showtime.This relentless barrage was caught in mesmerizing detail by the brand-new GOES-19 satellite’s CCOR-1 coronagraph. Watch the video and try not to feel small.The Sun isn’t sleeping. It’s just warming up on the backstage before walking back into the spotlight.

Black Hole

1,182,897 views • 7 months ago