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THTry this experiment at home 🏠 #physics #amazing #learn #science #fun
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QUPascal’s Principle states that when pressure is applied to a confined liquid, it spreads equally in all directions. In a simple demonstration often shown by Blaise Pascal, three connected glasses are used. Two glasses already contain the same liquid while one is empty. When liquid is poured through a pipe into one glass, it flows through the connecting tubes and the level becomes the same in all three glasses. This shows that pressure and liquid distribute evenly in a connected system.
#physics #quantumexplained #science
@quantum.explained
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SPExplanation 👇
It is a common misconception that the Sun is “burning” like a campfire or a candle. On Earth, fire is a chemical reaction called combustion, which requires oxygen. In space, however, the Sun uses a completely different process that doesn’t need oxygen at all.
The Sun is powered by nuclear fusion, not chemical combustion. In combustion, atoms rearrange themselves to form new molecules (like wood and oxygen turning into ash and smoke). In fusion, the centers of the atoms (nuclei) actually smash together to create entirely new elements.
Instead of oxygen, the Sun uses its own massive gravity as “fuel” to start the reaction:
• Extreme Pressure: The Sun is so massive that its gravity crushes its core with incredible force.
• Extreme Heat: This pressure creates temperatures of about 15 million°C.
• The Reaction: At these temperatures, hydrogen atoms move so fast that they overcome their natural urge to repel each other. They smash together and fuse to become helium.
Mass Turning into Energy :-
When those hydrogen atoms fuse into helium, the new helium atom actually weighs slightly less than the hydrogen atoms that made it. That “missing” mass isn’t gone; it is converted into a massive amount of energy (heat and light) according to Einstein’s famous equation
#physics #sun #solarsystem #astrophysics #astrology #facts #spacefacts
@space.unseen.ig
25.7M
EXCircular motion is the movement of an object along a path with a constant radius around a fixed point. It involves continuous acceleration (a=v^2r) directed towards the center, known as centripetal acceleration, driven by a centripetal force perpendicular to the velocity. Key concepts include tangential velocity, constant radius, and, in uniform cases, constant speed.
v = ω*r
v perpendicular to r
Tangential velocity is perpendicular to the radius because it represents the instantaneous linear motion of an object along the tangent of its circular path. According to geometry, a tangent line touches a circle at only one point and is always at a angle (perpendicular) to the radius at that contact point.
#learning #science #circularmotion #physics
@explainingeducation
35.0M
ZEA short video montage humorously compares real-life footage of a cat and a puppy slipping and spinning on a manhole cover with classic Tom and Jerry chase scenes, revealing how cartoon “physics” often mirrors reality. The exaggerated slides, sudden spins, and momentum-driven chaos seen in animation closely resemble real animal movement on low-friction surfaces.
The clip highlights how early animators drew inspiration from everyday observations, translating real biomechanics—like inertia, balance loss, and recovery—into timeless slapstick comedy. What feels impossibly cartoonish turns out to be surprisingly accurate.
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#Cartoon #TomAndJerry #animals #Animation #physics
@zerowealthcircle
97.4M
ARPhysics just amazes me every single day wow…..#physics #funny #comedy #virals #search
@argenisperaltany
8.3M
LEEverything you see online is just a series of lightning-fast light pulses traveling through hair-thin glass. 🌐
The secret to fiber optics is a physics phenomenon called Total Internal Reflection (TIR). Inside the cable, a glass core is surrounded by a "cladding" material with a lower refractive index. When light hits the boundary between them at a shallow angle, it doesn't pass through; instead, it bounces back into the core with 100% efficiency. This allows data to travel thousands of miles even around corners without losing its signal.
To turn this light into information, engineers use binary code. A pulse of light represents a 1, and the absence of light represents a 0. By flickering these lasers billions of times per second, we can transmit entire high-definition movies across the ocean in the blink of an eye. It is the ultimate fusion of optical physics and digital communication engineering.
#engineering
#physics
#fiberoptics
#telecommunications
#techfacts
@learniintune
41.2M
ASWhen I saw that video, many people claimed it showed the speed of light — but what it actually demonstrates is the speed of electricity. ⚡
Both are incredibly fast, but they aren’t the same. Light travels at nearly 300,000 km per second in a vacuum. Electricity, however — specifically the electric field moving through a wire — travels at a speed that depends on the conductor material and is usually a fraction of the speed of light.
What the experiment really shows is an electrical signal moving through a long cable, turning on lights or triggering sounds one after another. We’re not watching photons racing through space, but rather the effect of an electrical signal traveling almost instantly inside the wire.
It’s a powerful visual way to understand how electricity works in the technology we use every single day.
#physics #electricity #speedoflight #nasa #explore
@astroalbertx
12.3M
SCThe brain compares an object to its surroundings. If an object is surrounded by smaller elements, it will appear larger. Conversely, a large object surrounded by larger elements can feel miniature.
The brain holds a mental template for everyday objects (like a smartphone, a person, or a car). If a graphic shows a car smaller than a phone, the brain experiences a "size discrepancy" and feels the image is wrong.
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#sci #physics #instagram #sciencebreed
@sciencebreed
11.0M
UNThis is a real sunlight shadow path recorded over time.
As the Sun moves across the sky, the shadow doesn’t travel in a straight line, it curves. That curve exists because Earth is rotating on a tilted axis while orbiting the Sun. The changing angle of sunlight causes the shadow to shift position hour by hour, tracing a smooth arc.
On a flat or non-rotating surface, this shadow would move in a straight, predictable line. Instead, the curvature reveals the geometry of a rotating, spherical Earth. Experiments like this have been used for centuries — long before satellites or spaceflight — using nothing more than the Sun, time, and careful observation.
No CGI. No trickery.
Just sunlight doing what physics says it should.
#science #astronomy #earthscience #physics #shadowexperiment #solarscience #education #learnsomething #reels #space
@unreal_error
14.6M
OOIn classical physics, if a ball does not have enough energy to pass over a hill, it will stop in front of it.
However, at the level of extremely small particles like electrons, this rule does not always apply.
Because particles also behave like waves (according to the concept of Wave–Particle Duality), there is a small probability that part of the particle’s “wave” appears on the other side of a barrier.
This means the particle can seemingly pass through a wall without breaking it.
This phenomenon is known as quantum tunneling, an important concept in Quantum Mechanics.
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@oopsitssciene
11.8M
AIWhen a liquid is vibrated vertically at a specific frequency, something extraordinary happens.
Once the vibration exceeds a critical threshold, the flat surface becomes unstable and transforms into repeating geometric patterns called "Faraday waves".
The waves oscillate at exactly half the driving frequency. You vibrate the container at one speed, but the water responds at half that rate: a phenomenon called parametric resonance.
The patterns can take the form of stripes, close-packed hexagons, squares, or even quasiperiodic designs. As you change the frequency or amplitude, the entire pattern shifts and reorganizes into different geometric forms.
First described by Michael Faraday in 1831, these waves are still actively studied today, appearing in everything from vibrating wine glasses to alligator mating calls.
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#fluidmechanics #fluiddynamics #physics #science #wavepatterns
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✨ #Physics Discovery Guide
Instagram hosts 26 million posts under #Physics, creating one of the platform's most vibrant visual ecosystems. This massive collection represents trending moments, creative expressions, and global conversations happening right now.
Discover the latest #Physics content without logging in. The most impressive reels under this tag, especially from @argenisperaltany, @space.unseen.ig and @astroalbertx, are gaining massive attention. View them in HD quality and download to your device.
What's trending in #Physics? The most watched Reels videos and viral content are featured above. Explore the gallery to discover creative storytelling, popular moments, and content that's capturing millions of views worldwide.
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💡 Top performing posts average 57.3M views (2.0x above average). Moderate competition - consistent posting builds momentum.
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