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STFinally! Quantum Physics explained in a way we can understand…ish 🤯
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#Rogue Wave Physics Explained
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VTWhen Myths Meet Science: Rogue Waves Explained
A rogue wave is a sudden, very large ocean wave that appears much bigger than the others around it. It forms through a process called constructive interference, which happens when two or more smaller waves meet and their crests combine to create one much larger wave. Changes in wind and ocean currents can also push waves together, adding to their size. These powerful waves can rise over 25 meters high and pose serious danger to ships and offshore structures.
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@vt.physics
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MRGCSE Physics - Waves
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Code: MRWELLS
#waves #gcse #aqa #physics
@mrwells._
15.5K
AB🚨 THE FIRST CONFIRMED ROGUE WAVE 🌊
On New Year’s Day 1995, a wall of water hit the Draupner platform in the North Sea. It measured over 25 meters and came without warning. No storm. No seismic activity. It was recorded by sensors mounted on the rig.
This was the first time a rogue wave had ever been captured by instruments. What followed changed physics.
That same wave structure is now appearing in lasers, plasma experiments, magnetic fields, and artificial systems.
🔗 Go to our website to read the complete breakdown
#abovethenormnews #draupner #roguewave #nonlinearphysics #waveforms #extremeevents #lasers #plasma #optics #magneticfields
@abovethenormnews
416.8K
THGIANT Rogue wave hits an oil platform
Rogue waves - enormous, spontaneous surface waves in the open ocean - were once the tall tales of sailors. They are waves that reach 2-3x taller than the largest average waves in the area, reaching heights of 75 – 100ft. With the help of a ESA satellite survey, the scientific community now accepts they happen frequently. What causes rogue waves?
Support Dianna during her recovery at patreon.com/physicsgirl
#science #roguewave #wave #oilplatform
@thephysicsgirl
437.1K
DRFull wave rectifier
#physics #jee #neet #ncert #physics12 #semiconductor #doctor #engineering #instagram #animation
@dr.aziz.shaikh
3.9K
MIHuygens’ Principle states that every point on a wavefront acts as a tiny wave source, creating new wavefronts! 🌊💡✨
#WaveTheory #HuygensPrinciple #LightWaves #physics #science #jee #neet #apphysics
@minutesphysics
5.0M
THThe unseen symphony of electromagnetism: where FREQUENCY and vibration conduct an invisible orchestra.
📡At the right resonant pitch, electromagnetic waves make electrons dance in conductive materials, generating currents that turn resistance into heat. This energy hums right through paper and wood, leaving them untouched—their molecular structure doesn't hear the tune.
🍳But place an egg on a conductive coil? The water and ions within become the eager audience, absorbing the vibration, turning kinetic energy into thermal frenzy. It's cooking without flame, heat born from pure frequency—a cold stove serving a sizzling breakfast, powered by the silent shout of a vibrating field.
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@thesoundtheory
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ASDisclaimer: This reel presents an intuitive visual explanation of the Born rule used in quantum mechanics. The wave shown is a conceptual representation of a quantum wavefunction, not a physical wave in space. The explanation focuses on intuition and visualization rather than mathematical derivation or formal proof.
In quantum mechanics, particles are described by a wavefunction. This wavefunction can oscillate and even take negative values, but probabilities cannot be negative. Squaring the wavefunction solves this immediately. When the amplitude is squared, all values become positive and regions with larger oscillations naturally dominate. This is the essence of the Born rule. The probability of finding a particle at a given location is proportional to the square of the wavefunction’s amplitude. Visually, squaring the wave suppresses small fluctuations and amplifies strong peaks, making likely outcomes stand out clearly. This is why measurement outcomes cluster where the wavefunction is strongest. The rule is not an arbitrary trick. It is the only choice that preserves consistency, normalization, and agreement with experiments across all of quantum physics. Simple waves become measurable reality only after being squared.
#QuantumMechanics #BornRule #Wavefunction #ProbabilityAmplitude #QuantumPhysicsExplained #PhysicsEducation #ScienceReels #LearnPhysics #QuantumIntuition #Astrinova
@astrinova.io
52.7M
MAWave extrapolation is the process of extending a known wave pattern beyond its observed domain, using mathematical or computational methods to predict how the wave continues. This technique is especially useful in fields like seismology, acoustics, and signal processing, where it’s often necessary to infer wave behavior in regions that are difficult or impossible to measure directly. Extrapolation can be performed in the time domain, where future wave motion is estimated, or in the spatial domain, where the wave is extended into unobserved areas. Methods like Fourier transforms, finite difference modeling, or machine learning are often used, depending on the complexity of the wave and the data available. The accuracy of wave extrapolation depends heavily on how well the initial data captures the wave’s properties and the assumptions made about the wave’s underlying dynamics.
I hope you like this video and follow @mathswithmuza for more!
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@mathswithmuza
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BRThe secret to all wave mechanics! 🤯 Watch this mind-blowing Python animation that shows the magical difference between Polar (r,θ) and Cartesian (x,y) coordinates!
See how perfect circular motion translates directly into a classic sine wave. This simple graph is the foundation of everything from sound to radio waves!
Ready to connect the dots between your geometry and physics classes? Sign up with Bright Icon Tutors for personalized lessons and turn coding concepts into crystal-clear understanding! [Link to your website or signup page]
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@bright_icon_tutors
5.7M
SCThis is a physical demonstration of 15 uncoupled pendulums, each with a slightly different length. Released at the same time, their individual frequencies cause the entire system to create traveling waves, standing waves, beats, and even moments of apparent "chaos".
But nothing here is random. The longest pendulum completes 51 oscillations in 60 seconds. Each shorter one swings one more time than the last, so the shortest (15th) completes 65 oscillations per minute.
Over time, their motions drift in and out of sync, creating mesmerizing wave patterns (all due to small frequency differences).
Each pendulum swings in simple harmonic motion, like a sine wave in space and time. It helps visualizing:
• Constructive and destructive interference
• Phase shifts over time
• Beats, wave patterns, and synchronization
• A real-life, physical Fourier visualization
This is not just a toy, this is actually how oscillatory systems, sound waves, and even quantum states behave. It is pretty much some string, weight, and math together, after all.
(**Originally designed by Richard Berg (Am. J. Phys. 1991), this version was built by Nils Sorensen for the Harvard Natural Sciences Lecture Demonstrations.)
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💡 Learn More:
Pendulum Waves - Harvard University
https://sciencedemonstrations.fas.harvard.edu/presentations/pendulum-waves
[Sources]
(🎞 Pendulum Waves - Harvard Natural Sciences Lecture Demonstrations)
(🎼 Can You Hear The Music - Ludwig Göransson)
(✍️ Description)
1. Berg, R.E. (1991). Pendulum Waves and Frequency Visualization.
2. MIT OCW. Visualizing Phase and Interference in Mechanical Waves.
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Follow @science.sbmedia to keep the curiosity alive! 🪐🔭
#PendulumWave #HarmonicMotion #WaveInterference #PhysicsDemo #StandingWaves #TravelingWaves #PhaseShifts #FourierVisualization #ScienceExplained #STEM #ScienceContent
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