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A massive solar prominence erupting and raining plasma back down along magnetic field lines by fvkinglzy

A massive solar prominence erupting and raining plasma back down along magnetic field lines by fvkinglzy

441,331 views

Numerous flying objects were spotted in the skies over Mongolia at night

Numerous flying objects were spotted in the skies over Mongolia at night

9,167,121 views

Artemis 2 capsule landed on ocean. NASA

Artemis 2 capsule landed on ocean. NASA

656,646 views

Single brain cell looking for a connection. source:

Single brain cell looking for a connection. source:

18,971,599 views

The International Space Station was captured passing in front of the Moon during observation. This happens when the station moves between the camera and the Moon, creating a rare and perfectly timed

The International Space Station was captured passing in front of the Moon during observation. This happens when the station moves between the camera and the Moon, creating a rare and perfectly timed

572,687 views

Exoplanet The Best Water On Earth, Paradise in Alaska source:

Exoplanet The Best Water On Earth, Paradise in Alaska source:

13,271,845 views

Solar eclipse from plane

Solar eclipse from plane

5,980,071 views

Jupiter's gravity helps keep most asteroids from colliding with Earth.

Jupiter's gravity helps keep most asteroids from colliding with Earth.

1,061,548 views

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.

1,182,467 views

The scale of the shockwave from that solar flare is honestly hard to wrap your head around. By WonFont

The scale of the shockwave from that solar flare is honestly hard to wrap your head around. By WonFont

1,073,238 views

A mysterious anomaly suddenly appeared in the sky right before the eyes of passengers on a plane taking off.

A mysterious anomaly suddenly appeared in the sky right before the eyes of passengers on a plane taking off.

330,151 views

."NASA's autonomous exploration drone discovers anomalous mineral deposits in a pristine Martian lava tube." Deep beneath the rusty surface of Mars, a small, next-generation drone cautiously glides through the eternal darkness of an ancient lava tube. Its powerful LED beams slice through the still, dust-laden air, illuminating a world untouched for hundreds of millions of years.The floor is a chaotic tapestry of jagged, ropey pahoehoe lava and smooth, billowing flows frozen in time—remnants of fiery rivers that once surged across the Red Planet. But the true revelation lies scattered across the low points of the cavern: striking streaks and shimmering pools of vibrant bluish-green minerals embedded in the dark volcanic rock.These intricate chemical deposits—rich in magnesium and iron salts—appear to be the crystallized remains of mineral-laden fluids that once seeped, pooled, and slowly evaporated in this subterranean refuge. Their unexpected colors and delicate formations hint at a far more complex and volatile geochemical history than previously suspected, possibly involving ancient groundwater or volcanic outgassing interacting with the basaltic host fine, reddish dust motes drift lazily in the artificial light, the absolute silence and isolation of this hidden chamber become almost tangible. This discovery not only reveals new clues about Mars’ wetter, more chemically active past—it underscores why lava tubes are among the most promising frontiers for understanding the planet’s evolution and searching for signs of ancient habitability.A breathtaking glimpse into a pristine, alien underworld… and a tantalizing promise of what future human explorers might one day find sheltered beneath the Martian surface.This version feels more cinematic and scientifically evocative while keeping your original details intact. It builds tension, emphasizes the "anomalous" nature without overclaiming, and ends on an inspiring note.

."NASA's autonomous exploration drone discovers anomalous mineral deposits in a pristine Martian lava tube." Deep beneath the rusty surface of Mars, a small, next-generation drone cautiously glides through the eternal darkness of an ancient lava tube. Its powerful LED beams slice through the still, dust-laden air, illuminating a world untouched for hundreds of millions of years.The floor is a chaotic tapestry of jagged, ropey pahoehoe lava and smooth, billowing flows frozen in time—remnants of fiery rivers that once surged across the Red Planet. But the true revelation lies scattered across the low points of the cavern: striking streaks and shimmering pools of vibrant bluish-green minerals embedded in the dark volcanic rock.These intricate chemical deposits—rich in magnesium and iron salts—appear to be the crystallized remains of mineral-laden fluids that once seeped, pooled, and slowly evaporated in this subterranean refuge. Their unexpected colors and delicate formations hint at a far more complex and volatile geochemical history than previously suspected, possibly involving ancient groundwater or volcanic outgassing interacting with the basaltic host fine, reddish dust motes drift lazily in the artificial light, the absolute silence and isolation of this hidden chamber become almost tangible. This discovery not only reveals new clues about Mars’ wetter, more chemically active past—it underscores why lava tubes are among the most promising frontiers for understanding the planet’s evolution and searching for signs of ancient habitability.A breathtaking glimpse into a pristine, alien underworld… and a tantalizing promise of what future human explorers might one day find sheltered beneath the Martian surface.This version feels more cinematic and scientifically evocative while keeping your original details intact. It builds tension, emphasizes the "anomalous" nature without overclaiming, and ends on an inspiring note.

258,405 views

The Most Accurate Seafloor Map NASA used the SWOT satellite to study the Earth's ocean floor in detail and create the most accurate map yet. The animation covers regions off the coasts of Mexico, South America, and the Antarctic Peninsula. SWOT technology captures microscopic changes in gravity—underwater mountains and volcanoes create barely noticeable bulges on the ocean surface. Analyzing this data, scientists discovered that 70% of the world's ocean floor is covered by abyssal hills, small underwater elevations. This data will help improve submarine navigation and optimize the laying of telecommunications cables that connect continents and provide global internet connectivity.

The Most Accurate Seafloor Map NASA used the SWOT satellite to study the Earth's ocean floor in detail and create the most accurate map yet. The animation covers regions off the coasts of Mexico, South America, and the Antarctic Peninsula. SWOT technology captures microscopic changes in gravity—underwater mountains and volcanoes create barely noticeable bulges on the ocean surface. Analyzing this data, scientists discovered that 70% of the world's ocean floor is covered by abyssal hills, small underwater elevations. This data will help improve submarine navigation and optimize the laying of telecommunications cables that connect continents and provide global internet connectivity.

333,293 views

Aliens? An Mi-8 Helicopter crashing over the core of the Chernobyl reactor on October, 1986 source:

Aliens? An Mi-8 Helicopter crashing over the core of the Chernobyl reactor on October, 1986 source:

3,789,100 views

NASA has revealed the trajectory of Artemis-2: in 10 days, the crew will fly more than 800,000 km and orbit the Moon.

NASA has revealed the trajectory of Artemis-2: in 10 days, the crew will fly more than 800,000 km and orbit the Moon.

173,538 views

In the hellish furnace of Venus—where surface temperatures soar to ~460–470°C (860–880°F) and pressure crushes at about 92 times Earth's—the Soviet Venera 14 lander achieved something extraordinary: it not only survived long enough to operate but also captured one of the only direct audio recordings ever made on another planet.Launched in 1981 and touching down on March 5, 1982, Venera 14 endured for roughly 57 minutes on the scorched plains before succumbing to the extreme conditions. Among its suite of instruments was a microphone (part of the Groza-2 package, shared with a seismometer), designed primarily to detect atmospheric sounds, possible thunder-like electrical discharges, and mechanical operations.The resulting audio—transmitted back to Earth—includes eerie, low-frequency rumbles: the relentless howl of super-dense winds whipping across the surface (moving slowly but with immense force, equivalent to hurricane-strength gusts in our thinner air), mechanical thuds and whirs from the lander's own activities (like the explosive release of its camera lens cap and the grinding of its drill attempting to sample the basaltic rock), and subtle vibrations as the probe settled and strained under pressure.These are among the very first (and still among the only) sounds ever recorded from another world's surface—preceding even the wind sounds picked up by later missions like InSight on Mars or Dragonfly concepts. Venera 13 (which landed days earlier on March 1, 1982) also carried microphones and returned similar recordings, surviving longer at 127 minutes and capturing comparable wind and mechanical noises.The raw, noisy tapes have been cleaned up, enhanced, and widely shared over the decades—often layered over simulated landing visuals—giving listeners a haunting glimpse into Venus's alien soundscape: a constant, oppressive roar punctuated by artificial intrusions from humanity's brief other probe has returned surface audio from Venus since the Venera program ended in the early 1980s. Future missions like NASA's DAVINCI+ or ESA's EnVision may revisit the planet, but for now, these faint, crackling echoes remain a rare auditory relic from our solar system's most inhospitable world.Image credits: Soviet space program archives (Venera 14 lander illustrations and surface panoramas from the mission); enhanced audio visualizations and modern renderings of the Venusian surface.

In the hellish furnace of Venus—where surface temperatures soar to ~460–470°C (860–880°F) and pressure crushes at about 92 times Earth's—the Soviet Venera 14 lander achieved something extraordinary: it not only survived long enough to operate but also captured one of the only direct audio recordings ever made on another planet.Launched in 1981 and touching down on March 5, 1982, Venera 14 endured for roughly 57 minutes on the scorched plains before succumbing to the extreme conditions. Among its suite of instruments was a microphone (part of the Groza-2 package, shared with a seismometer), designed primarily to detect atmospheric sounds, possible thunder-like electrical discharges, and mechanical operations.The resulting audio—transmitted back to Earth—includes eerie, low-frequency rumbles: the relentless howl of super-dense winds whipping across the surface (moving slowly but with immense force, equivalent to hurricane-strength gusts in our thinner air), mechanical thuds and whirs from the lander's own activities (like the explosive release of its camera lens cap and the grinding of its drill attempting to sample the basaltic rock), and subtle vibrations as the probe settled and strained under pressure.These are among the very first (and still among the only) sounds ever recorded from another world's surface—preceding even the wind sounds picked up by later missions like InSight on Mars or Dragonfly concepts. Venera 13 (which landed days earlier on March 1, 1982) also carried microphones and returned similar recordings, surviving longer at 127 minutes and capturing comparable wind and mechanical noises.The raw, noisy tapes have been cleaned up, enhanced, and widely shared over the decades—often layered over simulated landing visuals—giving listeners a haunting glimpse into Venus's alien soundscape: a constant, oppressive roar punctuated by artificial intrusions from humanity's brief other probe has returned surface audio from Venus since the Venera program ended in the early 1980s. Future missions like NASA's DAVINCI+ or ESA's EnVision may revisit the planet, but for now, these faint, crackling echoes remain a rare auditory relic from our solar system's most inhospitable world.Image credits: Soviet space program archives (Venera 14 lander illustrations and surface panoramas from the mission); enhanced audio visualizations and modern renderings of the Venusian surface.

234,206 views

How long would it take a spaceship to reach each planet from Earth?

How long would it take a spaceship to reach each planet from Earth?

431,527 views

What is the name of the "point of no return" for a black hole?

What is the name of the "point of no return" for a black hole?

110,400 views

NASA has revealed the trajectory of Artemis-2: in 10 days, the crew will fly more than 800,000 km and orbit the Moon.

NASA has revealed the trajectory of Artemis-2: in 10 days, the crew will fly more than 800,000 km and orbit the Moon.

115,417 views

Artemis II Travel Time Across the Solar System From the Moon to Neptune, this shows how long the Space Launch System could take to reach each world — space distances are mind-blowing!

Artemis II Travel Time Across the Solar System From the Moon to Neptune, this shows how long the Space Launch System could take to reach each world — space distances are mind-blowing!

107,180 views

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What is Jupiter Retrograde: Periods in 2025 and 2026 In astrology, Jupiter is associated with growth, prosperity, and good fortune. Its retrograde motion, however, is associated with a slowdown in career and relationships, general decline, and a series of setbacks.
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What is Jupiter Retrograde: Periods in 2025 and 2026 In astrology, Jupiter is associated with growth, prosperity, and good fortune. Its retrograde motion, however, is associated with a slowdown in career and relationships, general decline, and a series of setbacks.

Black Hole

332,737 views • 8 days ago

An innovative idea for launching a spacecraft without using a multi-stage rocket system
0:43
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An innovative idea for launching a spacecraft without using a multi-stage rocket system

Black Hole

2,161,968 views • 1 month ago

What might a Betelgeuse supernova explosion look like in Earth's night sky?
0:21
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What might a Betelgeuse supernova explosion look like in Earth's night sky?

Black Hole

29,130 views • 1 day ago

Saturn doesn’t just have rings — it rules an entire miniature solar of 2026, the ringed giant boasts 292 confirmed moons, far more than any other planet, with the number still climbing as astronomers keep spotting tiny new ones. Dominating them all is Titan, a colossal world larger than the planet Mercury. With a thick nitrogen atmosphere, rivers and lakes of liquid methane, and a diameter of 5,150 km, Titan feels more like a planet that got captured than a mere moon.Titan orbits Saturn at a safe distance of about 1.2 million kilometres — well beyond the outer edge of the famous ring system. Those dazzling rings, made of countless icy particles and moonlets, are confined much closer to the planet, while Titan sails majestically around the entire sprawling family of satellites. The sheer crowd of moons — from planet-sized Titan down to kilometer-scale irregular rocks — reveals just how gravitationally chaotic and crowded Saturn’s neighborhood truly is. It’s a dynamic, ever-evolving system where collisions, captures, and gravitational dances continue to shape one of the most spectacular regions in our Solar System.
0:20
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Saturn doesn’t just have rings — it rules an entire miniature solar of 2026, the ringed giant boasts 292 confirmed moons, far more than any other planet, with the number still climbing as astronomers keep spotting tiny new ones. Dominating them all is Titan, a colossal world larger than the planet Mercury. With a thick nitrogen atmosphere, rivers and lakes of liquid methane, and a diameter of 5,150 km, Titan feels more like a planet that got captured than a mere moon.Titan orbits Saturn at a safe distance of about 1.2 million kilometres — well beyond the outer edge of the famous ring system. Those dazzling rings, made of countless icy particles and moonlets, are confined much closer to the planet, while Titan sails majestically around the entire sprawling family of satellites. The sheer crowd of moons — from planet-sized Titan down to kilometer-scale irregular rocks — reveals just how gravitationally chaotic and crowded Saturn’s neighborhood truly is. It’s a dynamic, ever-evolving system where collisions, captures, and gravitational dances continue to shape one of the most spectacular regions in our Solar System.

Black Hole

633,764 views • 21 days ago

After 9 years… and 3 BILLION miles… we finally met Pluto For decades, Pluto was nothing more than a faint, blurry speck in our telescopes — a lonely mystery at the frozen edge of our Solar System.Then, in July 2015, NASA’s New Horizons spacecraft screamed past at 30,000 mph… and completely changed everything. What we saw blew our minds: Towering ice mountains rising 11,000 feet high — as tall as the Rockies, but made of frozen nitrogen and methane Heart-shaped plains of smooth, young ice that look eerily like Earth’s polar regions A hazy blue atmosphere with drifting hazes and possible snow Active geology, possible subsurface ocean, and even dunes made of methane iceThis isn’t a dead, cratered rock. Pluto is a dynamic, colorful, living world — one that still surprises scientists years later. The wildest part? Every single pixel of these jaw-dropping images had to travel 3 billion miles back to Earth… taking over 4 hours just to arrive.From a distant dot in the sky to one of the most fascinating worlds we’ve ever explored.That’s the absolute magic of space exploration. What surprised you most about Pluto? by 1994
0:20
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After 9 years… and 3 BILLION miles… we finally met Pluto For decades, Pluto was nothing more than a faint, blurry speck in our telescopes — a lonely mystery at the frozen edge of our Solar System.Then, in July 2015, NASA’s New Horizons spacecraft screamed past at 30,000 mph… and completely changed everything. What we saw blew our minds: Towering ice mountains rising 11,000 feet high — as tall as the Rockies, but made of frozen nitrogen and methane Heart-shaped plains of smooth, young ice that look eerily like Earth’s polar regions A hazy blue atmosphere with drifting hazes and possible snow Active geology, possible subsurface ocean, and even dunes made of methane iceThis isn’t a dead, cratered rock. Pluto is a dynamic, colorful, living world — one that still surprises scientists years later. The wildest part? Every single pixel of these jaw-dropping images had to travel 3 billion miles back to Earth… taking over 4 hours just to arrive.From a distant dot in the sky to one of the most fascinating worlds we’ve ever explored.That’s the absolute magic of space exploration. What surprised you most about Pluto? by 1994

Black Hole

661,693 views • 26 days ago

Artemis II: Closing in on the MoonThe astronauts of Artemis II are now truly venturing into deep space — and the Moon is getting closer every hour.They have already traveled more than 200,000 miles (about 320,000 km) from Earth. With every passing moment, our home planet grows smaller in their windows, while the Moon looms larger ahead. Soon, the Moon’s gravitational pull — its “sphere of influence” — will begin to dominate, gently tugging the spacecraft into its embrace.Right now, the crew is fully immersed in the demanding routines of deep-space flight: Running critical checks on the life support systems that keep them alive Testing communications with Earth across vast distances Practicing manual flight maneuvers And carefully preparing for the dramatic lunar flyby that lies just ahead This is the moment Artemis II transitions from leaving Earth behind to preparing for humanity’s return to the Moon — not just orbiting it, but getting ready to push the boundaries of exploration once again.The journey is entering its most exciting phase.
0:30
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Artemis II: Closing in on the MoonThe astronauts of Artemis II are now truly venturing into deep space — and the Moon is getting closer every hour.They have already traveled more than 200,000 miles (about 320,000 km) from Earth. With every passing moment, our home planet grows smaller in their windows, while the Moon looms larger ahead. Soon, the Moon’s gravitational pull — its “sphere of influence” — will begin to dominate, gently tugging the spacecraft into its embrace.Right now, the crew is fully immersed in the demanding routines of deep-space flight: Running critical checks on the life support systems that keep them alive Testing communications with Earth across vast distances Practicing manual flight maneuvers And carefully preparing for the dramatic lunar flyby that lies just ahead This is the moment Artemis II transitions from leaving Earth behind to preparing for humanity’s return to the Moon — not just orbiting it, but getting ready to push the boundaries of exploration once again.The journey is entering its most exciting phase.

Black Hole

1,394,417 views • 1 month ago

As some of you correctly pointed out, the claim that TON 618 is the largest object in the Universe is now outdated. Recent discoveries have identified Phoenix A, a supermassive black hole with an estimated mass of around 100 billion suns—or possibly even more, as its exact mass has not yet been measured using orbital methods. Phoenix A resides at the center of the Phoenix Cluster of galaxies and boasts some truly mind-boggling features: - Mass: 24,100 times greater than Sagittarius A*, the black hole at the center of the Milky Way. - Scale: Twice the mass of the entire Triangulum Galaxy, including its dark matter halo. - Event Horizon: A Schwarzschild diameter of 590.5 billion kilometers (3,900 AU), roughly 100 times the distance from the Sun to Pluto. - Circumference: Traveling around its event horizon at the speed of light would take 71 days and 14 hours. - Growth: Gains about 60 times the mass of the Sun every year. Given its immense size, Phoenix A might belong to a proposed class of stupendously large black holes —primordial black holes with masses potentially exceeding 100 billion solar masses. Such objects push the boundaries of what we understand about the formation and evolution of black holes, far surpassing the theoretical mass limits of luminous, accreting black holes in spiral galaxies.
1:05
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As some of you correctly pointed out, the claim that TON 618 is the largest object in the Universe is now outdated. Recent discoveries have identified Phoenix A, a supermassive black hole with an estimated mass of around 100 billion suns—or possibly even more, as its exact mass has not yet been measured using orbital methods. Phoenix A resides at the center of the Phoenix Cluster of galaxies and boasts some truly mind-boggling features: - Mass: 24,100 times greater than Sagittarius A*, the black hole at the center of the Milky Way. - Scale: Twice the mass of the entire Triangulum Galaxy, including its dark matter halo. - Event Horizon: A Schwarzschild diameter of 590.5 billion kilometers (3,900 AU), roughly 100 times the distance from the Sun to Pluto. - Circumference: Traveling around its event horizon at the speed of light would take 71 days and 14 hours. - Growth: Gains about 60 times the mass of the Sun every year. Given its immense size, Phoenix A might belong to a proposed class of stupendously large black holes —primordial black holes with masses potentially exceeding 100 billion solar masses. Such objects push the boundaries of what we understand about the formation and evolution of black holes, far surpassing the theoretical mass limits of luminous, accreting black holes in spiral galaxies.

Black Hole

12,660,987 views • 1 year ago

The ISS's speed—27,500 km/h—seems truly cosmic. It's hard to believe it's happening right now, above our heads.
0:25
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The ISS's speed—27,500 km/h—seems truly cosmic. It's hard to believe it's happening right now, above our heads.

Black Hole

699,735 views • 1 month ago

A solar prominence hovering above the "surface" of the Sun
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A solar prominence hovering above the "surface" of the Sun

Black Hole

351,010 views • 28 days ago

Witnessing history Artemis II Orion capsule escorted in a powerful convoy—America’s journey back to the Moon
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Witnessing history Artemis II Orion capsule escorted in a powerful convoy—America’s journey back to the Moon

Black Hole

634,078 views • 1 month ago

The closest photo ever taken of Mercury — taken just hours before the spacecraft’s fiery death.This razor-sharp image was captured by NASA’s MESSENGER probe during its final, suicidal orbit around the moment the shutter clicked, MESSENGER was screaming over the surface at just 29 kilometers (18 miles) — lower than a commercial airliner flies on Earth. Eight hours later, the spacecraft slammed into the planet at over 14,000 km/h, ending its mission in a blaze of glory and leaving a fresh crater on the surface it had studied for four years.This is Mercury up close like no human eye has ever seen it — raw, ancient, and unforgiving. MESSENGER gave everything for this final look.
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The closest photo ever taken of Mercury — taken just hours before the spacecraft’s fiery death.This razor-sharp image was captured by NASA’s MESSENGER probe during its final, suicidal orbit around the moment the shutter clicked, MESSENGER was screaming over the surface at just 29 kilometers (18 miles) — lower than a commercial airliner flies on Earth. Eight hours later, the spacecraft slammed into the planet at over 14,000 km/h, ending its mission in a blaze of glory and leaving a fresh crater on the surface it had studied for four years.This is Mercury up close like no human eye has ever seen it — raw, ancient, and unforgiving. MESSENGER gave everything for this final look.

Black Hole

242,125 views • 24 days ago

Scientists just dropped a brutal truth bomb: Even with today’s best tech, no human would survive on Mars longer than ~4 years Why? The radiation is absolutely vicious. After roughly four years, the cumulative dose crosses the "you’re definitely getting cancer or worse" line. Your spaceship can shield you on the journey there and back, but here’s the kicker: once you’re on the surface, there’s no practical way to block it. Pile on too much shielding? Paradoxically makes it worse — thick metal walls actually create secondary radiation showers that fry you even faster.NASA still wants boots on Mars by the 2030s… but yeah, good luck with that lifetime limit. BLACK HOLE. Follow for more cosmic bad news.
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Scientists just dropped a brutal truth bomb: Even with today’s best tech, no human would survive on Mars longer than ~4 years Why? The radiation is absolutely vicious. After roughly four years, the cumulative dose crosses the "you’re definitely getting cancer or worse" line. Your spaceship can shield you on the journey there and back, but here’s the kicker: once you’re on the surface, there’s no practical way to block it. Pile on too much shielding? Paradoxically makes it worse — thick metal walls actually create secondary radiation showers that fry you even faster.NASA still wants boots on Mars by the 2030s… but yeah, good luck with that lifetime limit. BLACK HOLE. Follow for more cosmic bad news.

Black Hole

1,484,370 views • 5 months ago

Honda has completed a jump with its vertical takeoff and landing prototype.
1:09
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Honda has completed a jump with its vertical takeoff and landing prototype.

Black Hole

362,920 views • 1 month ago

How NASA builds the Orion capsule ...
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How NASA builds the Orion capsule ...

Black Hole

339,199 views • 1 month ago

International Space Station passing in front of the Moon captured at day time a rare and perfect timing.
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International Space Station passing in front of the Moon captured at day time a rare and perfect timing.

Black Hole

1,269,394 views • 6 months ago

This was the last sunset of the 20th century filmed on December 31, 1999.
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This was the last sunset of the 20th century filmed on December 31, 1999.

Black Hole

2,520,985 views • 1 year ago

Meteor breaking into the earth's atmosphere Source:
1:12
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Meteor breaking into the earth's atmosphere Source:

Black Hole

8,128,186 views • 3 years ago

NASA just dropped the clearest view of Moon ever captured... by Artemis 2
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NASA just dropped the clearest view of Moon ever captured... by Artemis 2

Black Hole

220,484 views • 1 month ago

This is what the night sky on Mars truly looks like…No cities. No streetlights. No light pollution whatsoever.Standing on the rusty surface of the Red Planet, you'd gaze up into one of the darkest, clearest skies in the solar system. With an atmosphere over 100 times thinner than Earth's, there's almost no scattering of light — so the stars shine steady and brilliant, without the familiar twinkling we see from home.The Milky Way would stretch dramatically overhead in breathtaking detail, its dense star clouds and dark dust lanes on full display. From Mars' position (about 140–240 million miles away depending on orbital alignment), you'd be looking toward richer parts of our galaxy, making the galactic core region appear even more spectacular.Phobos and Deimos — Mars' two tiny, potato-shaped moons — would race across the sky at different speeds, while Earth would glow as a striking blue "evening star," sometimes with the Moon visible right beside it.A silent, ancient landscape beneath an ocean of stars… the ultimate reminder of how vast and unspoiled the cosmos can be
0:22
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This is what the night sky on Mars truly looks like…No cities. No streetlights. No light pollution whatsoever.Standing on the rusty surface of the Red Planet, you'd gaze up into one of the darkest, clearest skies in the solar system. With an atmosphere over 100 times thinner than Earth's, there's almost no scattering of light — so the stars shine steady and brilliant, without the familiar twinkling we see from home.The Milky Way would stretch dramatically overhead in breathtaking detail, its dense star clouds and dark dust lanes on full display. From Mars' position (about 140–240 million miles away depending on orbital alignment), you'd be looking toward richer parts of our galaxy, making the galactic core region appear even more spectacular.Phobos and Deimos — Mars' two tiny, potato-shaped moons — would race across the sky at different speeds, while Earth would glow as a striking blue "evening star," sometimes with the Moon visible right beside it.A silent, ancient landscape beneath an ocean of stars… the ultimate reminder of how vast and unspoiled the cosmos can be

Black Hole

197,824 views • 1 month ago

Why Jupiter Appears to Move Backward in the Sky Have you ever gazed at Jupiter and caught it doing something weird?For months at a time, the Solar System’s giant seems to defy logic — it slows to a stop, then glides backward across the stars in a motion called retrograde. It looks almost magical… or even wrong. But it’s one of the most beautiful illusions in astronomy.Right now, Jupiter is in retrograde from November 11, 2025, to March 10, 2026 — about four months of apparent backward the real story:Earth is the faster runner, orbiting the Sun quicker than Jupiter. As we lap the giant planet (like a sports car overtaking a semi-truck on the highway), our shifting viewpoint creates the illusion. From Earth, Jupiter appears to pause, reverse direction, and loop back against the starry backdrop. Once we pull ahead far enough, it resumes its normal eastward motion.Jupiter itself never stops or turns around. It keeps cruising forward at over 47,000 km/h in its massive orbit. The backward drift exists only in our perspective.This celestial dance has mesmerized humans for millennia. Ancient skywatchers saw omens and mystery in it. We now see one of the clearest, most elegant proofs that we live on a moving planet in a moving Solar next time you spot that brilliant white “star” in the night sky, remember: you’re watching Earth overtake the king of the planets in real time.
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Why Jupiter Appears to Move Backward in the Sky Have you ever gazed at Jupiter and caught it doing something weird?For months at a time, the Solar System’s giant seems to defy logic — it slows to a stop, then glides backward across the stars in a motion called retrograde. It looks almost magical… or even wrong. But it’s one of the most beautiful illusions in astronomy.Right now, Jupiter is in retrograde from November 11, 2025, to March 10, 2026 — about four months of apparent backward the real story:Earth is the faster runner, orbiting the Sun quicker than Jupiter. As we lap the giant planet (like a sports car overtaking a semi-truck on the highway), our shifting viewpoint creates the illusion. From Earth, Jupiter appears to pause, reverse direction, and loop back against the starry backdrop. Once we pull ahead far enough, it resumes its normal eastward motion.Jupiter itself never stops or turns around. It keeps cruising forward at over 47,000 km/h in its massive orbit. The backward drift exists only in our perspective.This celestial dance has mesmerized humans for millennia. Ancient skywatchers saw omens and mystery in it. We now see one of the clearest, most elegant proofs that we live on a moving planet in a moving Solar next time you spot that brilliant white “star” in the night sky, remember: you’re watching Earth overtake the king of the planets in real time.

Black Hole

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