1.1K
QUSenior Research Fellow Anindya Banerji explains how a quantum memory built by him and his group members works in a quantum network.
@quantumlah
#Quantumattraction
Watch Reels videos about Quantumattraction from people all over the world.
Watch anonymously without logging in.
Trending Reels
(12)
45.4K
ENPhysics isn’t one idea—it’s the foundation of everything that exists. From motion to energy, from light to matter, every branch reveals a different layer of reality. Mechanics explains how things move, thermodynamics governs how energy flows, electromagnetism powers the modern world, optics shapes how we see, nuclear physics unlocks the core of atoms, and quantum physics dives into the deepest laws of existence itself.
Each branch may look different, but they all connect—forming a complete system that defines the universe. What seems like separate fields are actually pieces of one larger truth, working together in perfect precision. From the simplest motion to the most complex cosmic phenomena, physics isn’t just a subject—it’s the language of reality.
The deeper you understand it, the more everything starts making sense. Not randomly, not magically—but through laws that have always been there, waiting to be discovered. ⚛️
#Physics #BranchesOfPhysics #Mechanics #Thermodynamics #Electromagnetism #Optics #NuclearPhysics #QuantumPhysics #STEMLife #ScienceEdit #PhysicsLovers #DeepScience #ScienceCommunity #EquationLife #PhysicsStudents #STEMCommunity #ScientificMind #ThinkDeeper #IntellectualVibes #ScienceAesthetic #KnowledgeIsPower #FutureScientists
@enigmatic_mind_137
3.8K
ASWhy can a particle cross a barrier it classically should not? The answer lies in quantum mechanics. Unlike classical objects, particles are described by a wavefunction (ψ), which extends into and beyond potential barriers. Inside the barrier, the wavefunction does not abruptly stop but decays exponentially, meaning there is still a finite probability of finding the particle on the other side. If the barrier is thin enough, this probability becomes significant, allowing the particle to “tunnel” through. This effect depends on factors like barrier height, width, and particle energy. Quantum tunneling is not theoretical—it powers nuclear fusion in stars, enables electron flow in semiconductors, and even contributes to mutations at the molecular level.
Credit: @hundreddimensions0
All rights of this video goes to their original Creator Please DM for Credit or Removal, we only use these videos for educational purposes.
#asteriontalks #QuantumMechanics #QuantumTunneling #WaveFunction #ModernPhysics
@asteriontalks
6.5K
FUQuantum Physics PROVES You NEVER Touch Anything—It's All Electron Repulsion! 🤯⚛️
.
.
.
Your finger pressing a table? Nope—quantum reality says atoms never collide. Atoms are 99.999% "empty" (nucleus pea-sized in a stadium), but electron clouds (~10^-10m wide) meet first, repelling via Coulomb's law: like-charged electrons explode apart as 1/r² force skyrockets at angstrom scales. Skin deforms from this EM "wall," nerves fire at ~10nm gaps—brain screams "solid!"—but nuclei stay lightyears apart (femtometers).
Pauli Exclusion Principle seals it: Fermions (electrons) can't share quantum states (energy/orbital/spin); cramming atoms forces electrons to higher orbitals, spiking energy 10^6x—exchange repulsion makes matter rigid without new forces. Van der Waals adds weak attractions for friction (gecko feet!), but touch = field battle: repulsion + Pauli degeneracy pressure (holds white dwarfs!).
Everyday Proofs:
Balloon static lifts paper—no atom smash, pure fields.
Sharp knives "cut" via fewer bonds broken.
Touchscreens sense capacitive fields, not pressure.
Reality's a forcefield illusion—your coffee mug's electrons vs yours! Mind blown? 👇 #QuantumTouch
#QuantumPhysics #NeverTouch #PauliExclusion #ElectronRepulsion #CoulombsLaw #AtomicFields #PhysicsFacts #QuantumMechanics #ScienceExplained #NoContact #Fermions #ExchangeRepulsion #VanDerWaals #DegeneracyPressure #WhiteDwarf #NeutronStar #FieldTheory #STEM #ViralPhysics #MindBlownScience #RealVsIllusion
@futurebuilt1989
2.9M
NECaptured by physicist David Nadlinger, this award winning photograph shows a single strontium atom suspended between two electrodes inside a vacuum chamber. The atom is struck with lasers, causing it to absorb and re emit light so intensely that it becomes visible without a microscope. The image brings the abstract world of quantum physics into human scale, revealing one of the universe’s most fundamental building blocks. Scientists note that atoms are mostly empty space, a reminder that what we perceive as solid matter is built from vast underlying emptiness.
#science #physics #atom #technology #newsbelievers
@news.believers
123
THQuantum Theory
#research #science #scientist #universe #university #school #physics #relativity #physics #universe #university #education #sunday #world #worldwide #chemsitry #physicsclass #learningeveryday
@thescientist.world
51.9K
SCQuantum physics explores the behavior of matter and energy at atomic and subatomic scales, defying classical logic. Key principles include wave-particle duality, where particles act as both waves and particles; superposition, where a system exists in multiple states until measured; and entanglement, where linked particles affect each other instantly, regardless of distance. These concepts have led to innovations like semiconductors, quantum computing, and cryptography. As research continues, quantum physics may unlock even greater technological and scientific breakthroughs.
#physics #explore #science #reels #howthingswork physicsfun experiments viral
@science_explainations
10.1K
THA particle passing through a wall sounds impossible, but in quantum physics, it actually happens.
This phenomenon is called quantum tunneling. In classical physics, a particle with less energy than a barrier cannot cross it. In quantum mechanics, particles behave like waves, and those waves extend into and beyond the barrier.
If the barrier is thin enough, there is a real chance the particle appears on the other side.
The transmission probability is:
T = [1 + V₀² sinh²(κL) / 4E(V₀ − E)]⁻¹
Within the barrier, the wave function decreases exponentially, and beyond it, the particle continues with reduced intensity.
This effect is not theoretical. It is used in flash memory devices, enables nuclear fusion in the Sun, and contributes to mutations in DNA.
Quantum mechanics continues to challenge how we understand reality.
🎥: hundreddimensions0
@thequantumbrief
2.5K
AIA 1.1° rotation changed everything.
Scientists took two sheets of graphene (just one atom thick)…
and twisted them slightly.
That tiny shift turned them into a superconductor —
where electricity flows with zero resistance.
This discovery opened a whole new field called twistronics
and changed how we explore quantum materials.
Sometimes, the biggest breakthroughs come from the smallest angles.
🎥 Credit: MIT – Foundations of Quantum Science
🔗 Watch full panel: https://www.youtube.com/watch?v=l_uEjDtD5AQ
#science #physics #quantum #quantumphysics #technology #innovation #engineering #stem #research #futuretech #ai #artificialintelligence #machinelearning #deeplearning #neuralnetworks #datascience #deeptech #materials #graphene #superconductor #nanotechnology #education #learnsomethingnew #reels #explorepage #reelsinstagram #viral #trending #tech #future
@aiproductlabs
173.4K
HUA particle just walked through a wall.
No, seriously.
This is Quantum Tunneling one of the strangest phenomena in physics. Classical mechanics says: if your energy is less than the barrier, you CANNOT pass. Game over.
But quantum mechanics? It says: hold on...
Every particle has a wave function ψ and that wave doesn't just stop at a wall. It leaks through. And if the barrier is thin enough, the particle appears on the other side.
The probability?
T = [1 + V₀²sinh²(κL) / 4E(V₀−E)]⁻¹
Notice how the particle dims inside the barrier that's the exponential decay of ψ. And how it emerges faint on the other side tunneled, but weakened.
This isn't sci-fi. Your USB drive uses this. The Sun uses this to fuse hydrogen. Your DNA mutates because of this.
Physics is weirder than fiction.
Follow for more physics animations
#QuantumMechanics #QuantumTunneling #Physics #PhysicsReels #ScienceExplained
@hundreddimensions0
186
CUBarrier: “impossible to cross”
Quantum particle: “hold my wave function”..🫣
#quantummechanics #physicsfacts #quantumtunneling #quantumphysics #physicsisfun
@curious_punjabi_
12.7K
DUOne of the smallest things ever photographed… is a single atom.A researcher at the University of Oxford captured an extraordinary image of a single strontium atom suspended in space using electric fields. The atom was held in place inside an ion trap and illuminated by a laser, allowing it to appear as a tiny glowing point in the photograph.The image was taken by physicist David Nadlinger and supported by the Engineering and Physical Sciences Research Council. Although atoms are far too small to see directly, the laser light scattering from the trapped atom makes it visible as a faint blue dot between two metal electrodes.This technique allows scientists to isolate and manipulate individual atoms — a key step in research involving quantum computing, ultra-precise atomic clocks, and advanced physics experiments.It’s a reminder that with the right technology, even the smallest building blocks of matter can be observed and studied.Love technology?
Follow @dustofstarr
#quantumphysics #sciencedaily #physics #futuretech #memesdaily
@dustofstarr
✨ #Quantumattraction Discovery Guide
Instagram hosts thousands of posts under #Quantumattraction, creating one of the platform's most vibrant visual ecosystems. This massive collection represents trending moments, creative expressions, and global conversations happening right now.
#Quantumattraction is one of the most engaging trends on Instagram right now. With over thousands of posts in this category, creators like @news.believers, @hundreddimensions0 and @science_explainations are leading the way with their viral content. Browse these popular videos anonymously on Pictame.
What's trending in #Quantumattraction? 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.
Popular Categories
📹 Video Trends: Discover the latest Reels and viral videos
📈 Hashtag Strategy: Explore trending hashtag options for your content
🌟 Featured Creators: @news.believers, @hundreddimensions0, @science_explainations and others leading the community
FAQs About #Quantumattraction
With Pictame, you can browse all #Quantumattraction reels and videos without logging into Instagram. No account required and your activity remains private.
Content Performance Insights
Analysis of 12 reels
💡 Top performing posts average 792.6K views (3.0x above average). Moderate competition - consistent posting builds momentum.
Post consistently 3-5 times/week at times when your audience is most active
Content Creation Tips & Strategy
🔥 #Quantumattraction shows high engagement potential - post strategically at peak times
✍️ Detailed captions with story work well - average caption length is 768 characters
📹 High-quality vertical videos (9:16) perform best for #Quantumattraction - use good lighting and clear audio
Popular Searches Related to #Quantumattraction
🎬For Video Lovers
Quantumattraction ReelsWatch Quantumattraction Videos
📈For Strategy Seekers
Quantumattraction Trending HashtagsBest Quantumattraction Hashtags
🌟Explore More
Explore Quantumattraction