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THSame old Third Planet, new location! Don't worry, we haven't left Towne East Mall, we're just on the north end now. We open at 2 today! See you soon! #shoplocal #thirdplanet
@thirdplanetwichita
#Third Planet
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1.3M
UNhe most powerful weapon on Earth vs the biggest planet in our solar system. The result will shock you.
@universe.gone.wrong
19.6M
SPHow long it will take to run from Earth to Other
Planets in the Solar System
Running to another planet is practically impossible due to vast distances and the lack of a surface to walk on in many cases. While it’s theoretically possible to calculate the time based on average running speed and distance, such a journey would take thousands or even millions of years. For example, running to Jupiter, which is one of the closest planets, would take an estimated 17,761 years.
Here’s why:
Vast Distances:
Space is incredibly vast. Even the closest planets are millions or billions of miles away.
No Surface to Walk On:
Many planets, like Jupiter and Saturn, are gas giants and don’t have a solid surface to run on.
Impracticality:
Running in space would require impossible amounts of time and resources, including life support and protection from radiation.
Even with theoretical calculations, the me it would take to run to another planet is extremely long. For instance:
Mars: Running at 3.7 mph would take around 1,065 years.
Jupiter: The estimated time is 17,761 years.
Exoplanets: Reaching some exoplanets, like Kepler-443b, would take 3,000 years at the speed of light, according to NASA Science (gov).
Therefore, while it’s an interesting thought experiment, walking to another planet is not a realistic or feasible mode of travel.
#solarsystem #earth #nasa🚀 #science #education
@space_astroverse_9.8
647.6K
THthis exoplanet system was all I needed to lock in tbh. Four giant planets orbiting another star. They’re all at least 5x more massive than Jupiter, our largest planet, and orbit their star at really large distances, with two of the planets being further from their star than Neptune is from the Sun. It’s amazing that we can make discoveries like these, science is so beautiful. #exoplanets #science #stem
@thatastrogirlie
2.4M
SPThe Surprising Truth About Running on Other Planets
You would run the fastest on a planet with low gravity and no air resistance, like Mars, where its ~38% Earth gravity allows for huge leaps and minimal air drag means you won’t slow down much no atmosphere, even lower gravity you’d be extremely bouncy, but Mars offers a better balance for human-like running.
Let’s figure out where you can run the fastest and where you can barely walk. Depending on how strong gravity is on the planet you visit, it’ll influence your weight.
Factors Affecting Your Running Speed:
Gravity: Lower gravity makes you lighter, increasing your “air time” and stride length, letting you jump further.
Atmosphere (Air Resistance): Less atmosphere means less drag, allowing you to maintain speed.
Gas Giants (Jupiter, Saturn, Neptune, Uranus): No solid surface to run on.
#nasa #universe #animation #space #earth #solarsystem #milkyway #science #education
@space_astroverse_9.8
1.7M
EAFrom orbit, a planet that looks just like Mars hovers above Earth, its red surface glowing ominously.
Ribbons of our atmosphere stretch upward, being pulled toward it as if the planet is absorbing the very air we breathe.
Clouds twist, winds roar, and the sky shimmers with the terrifying power of something far beyond our control.
This is an AI-generated fictional post. Not real.
#mystery #planet #mars cosmicplanet alienworld celestialbody spacephenomenon orbitalevent extraterrestrial
@earthimpacts25
16.5K
THNASA has released a remarkable set of updated high-resolution images of the planets in our Solar System, captured across different space missions and using a wide range of instruments over the past several decades. Each image required its own approach: Mercury's surface was photographed in enhanced color to highlight chemical differences, Venus had its terrain mapped entirely by radar aboard the Magellan mission because its thick clouds prevent any direct visual of the ground, and Jupiter's swirling cloud bands and auroras were recorded by the Juno probe in stunning infrared detail. Saturn dominates its frame with its iconic ring system, while Uranus and Neptune glow in shades of blue produced by methane molecules in their upper atmospheres.
Mars, long studied as a candidate for past or present life, appears in these images as a cold, rust-colored world defined by vast canyons, ancient craters, and a thin atmosphere. Earth itself typically appears in composite mosaics stitched together from multiple satellites, offering a full view of the planet as a living, cloud-covered world unlike any other in the system. Each planet carries its own distinct visual identity shaped by billions of years of chemistry, geology, and physics.
The sequence closes with Pluto, which was reclassified from planet to dwarf planet in 2006 but continues to hold a special place in the public imagination. Far from being a disappointment, its demotion only deepened scientific interest in the outer Solar System and the many small worlds that exist beyond Neptune. Taken together, these images are a powerful reminder that the Solar System is not a static backdrop but an active, complex, and endlessly layered environment that humanity is only beginning to understand in full detail.
Stay connected!
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#SolarSystem #AstronomyLovers #Planets #SpaceExploration #SpaceNerd
@theurbanherald
13.2K
ADshowing a layered “flat #Earth” #structure with a #solid surface, #deep crust #layers, and a dome above the planet. These visuals are often presented as alternative interpretations of Earth’s structure, suggesting deliberate design or hidden engineering beneath the world we see.
However, modern science strongly supports that Earth is an oblate spheroid. Evidence comes from satellite imagery, global navigation systems, seismic measurements, and centuries of astronomical observations. Geological studies show Earth is composed of a crust, mantle, and core within a spherical planet rather than stacked flat layers under a dome.
While such concepts continue to appear in online discussions, scientists emphasize that Earth’s shape and internal structure are among the most thoroughly measured features of our planet. These measurements come from space missions, satellite data, and geophysical research conducted worldwide.
Sources/Credits: NASA Earth Observatory; European Space Agency Earth science missions; U.S. Geological Survey geophysics research.
@adventure_094
3.4K
SPIs Earth the only planet with life in the entire Universe?
Earth is the only known planet with life in the universe. Its perfect mix of water, atmosphere, and magnetic field creates conditions that no other discovered planet has. Despite billions of stars and galaxies, Earth remains unique in supporting living organisms.
Scientists use powerful telescopes like the James Webb Space Telescope to search for alien life on distant exoplanets. While some planets in the habitable zone look promising, none have confirmed evidence of life. Earth still stands as the only proven world with life.
Astrobiology explores the chance of microbial life on icy moons such as Europa and Enceladus. These moons may have hidden oceans that could harbor simple organisms. Yet, intelligent extraterrestrial life remains a mystery.
For now, Earth is the only proven planet with life, but the vast universe leaves endless possibilities. The search for alien life continues, making our planet’s uniqueness even more valuable in cosmic history.
#earth #universe #astrobiology #space #cosmic
@space.cosmo.ig
604.0K
THPlanetary Days
- How fast does a day pass on each planet? In this animation, every planet in our solar system is shown with a glowing dot on its surface, spinning at the true speed of its rotation. From Jupiter’s rapid 10-hour day to Venus’s slow backwards spin lasting 243 Earth days, this side-by-side visualization reveals just how different time flows across the solar system. We’ve also included the Sun’s equatorial rotation period, even though it’s not a planet, to give a fuller picture of solar system dynamics.
@thebrainmaze
612.7K
ORHow long would India’s LVM3 take to reach each planet? 🚀🌍
Also known as GSLV Mk III, this heavy-lift rocket built by Indian Space Research Organisation is powerful enough to send missions beyond Earth’s orbit — but travel time depends on planetary alignment, trajectory, and mission design.
From neighboring Mars and Venus to the outer giants, every destination in our solar system is a race against distance and orbital mechanics.
Space travel isn’t just about speed — it’s about timing.
@ormous
36.3K
EAWhat if the Earth split in half… what would we actually see at the center? 🌍
Imagine the planet suddenly opening like a giant cross-section. Beneath our feet isn’t a hollow space or hidden world — it’s an extreme, layered structure formed over billions of years.
Closest to us is the crust, the thin outer skin where all life exists. Beneath that lies the mantle, a vast region of super-hot, slowly moving rock that drives volcanoes and continental drift.
Deeper still is the outer core — a massive ocean of molten iron and nickel. This churning metal generates Earth’s magnetic field, protecting life from solar radiation.
At the very center sits the inner core: a solid sphere of iron nearly as hot as the surface of the Sun, compressed by unimaginable pressure.
If the Earth could truly split open, the view would be beyond anything we’ve ever seen — glowing metal oceans, crushing pressure, and temperatures hotter than any natural place on the surface.
It’s a reminder that beneath the calm ground we walk on every day lies one of the most extreme environments in the known world.
#EarthScience #PlanetStructure #GeologyFacts #InnerCore #ScienceExplained 🌋🌎
@earthimpacts25
✨ Guía de Descubrimiento #Third Planet
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#Third Planet es una de las tendencias más populares en Instagram ahora mismo. Con más de 10K publicaciones en esta categoría, creadores como @space_astroverse_9.8, @earthimpacts25 and @universe.gone.wrong lideran con su contenido viral. Explora estos videos populares de forma anónima en Pictame.
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Análisis de 12 reels
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📹 Los videos verticales de alta calidad (9:16) funcionan mejor para #Third Planet - usa buena iluminación y audio claro
✍️ Descripciones detalladas con historia funcionan bien - longitud promedio 821 caracteres
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