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Abhishek Agrahari

@quantumphysics

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An Apple theory in Quantum Physics 🍎
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( sci-fi story | parallel universe | MCU | physics theory | Apple world | fyp | viral | trending )
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#quantumphysics #parallelworld #scifi #fyp #viral

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Electric dipole🤔 #motivation #physics #physique #viral

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நீல்ஸ் போர் / Niels Bohr #trendingreels #trending #reels #reelsinstagram #reelsvideo

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#physics #tranding❤️ #bihar #vibes #picoftheday

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Newton's Third Law fails across five specific physical regimes where instantaneous force symmetry breaks down:
1. Electrodynamics: Moving perpendicular charges generate asymmetric forces; electromagnetic fields store momentum to satisfy global momentum conservation.
2. Special Relativity: Relativistic non-simultaneity makes spatial force pairing observer-dependent, invalidating instantaneous action-at-a-distance.
3. Quantum Field Theory: Virtual particle exchanges briefly violate energy conservation via time-energy uncertainty; equal-and-opposite symmetry emerges only when time-averaged.
4. General Relativity: Gravitational updates propagate at light speed c, creating travel-time delays (e.g., eight-minute solar lag) that break immediate force reciprocity.
5. Continuum Mechanics: Infinite rigidity is forbidden; mechanical stress propagates at a material's internal sound speed, delaying distant structural response.

#classicalmechanics #relativity #quantumphysics #NewtonsThirdLaw #NextDimensionPhysics

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How did I get into understanding the true nature of our PlaneT Earth ? Was it NASA or ISRO ⁉️ Globe Earth Theory of something else ? #nasa #isro #chanakyatiwari #globeearth #space

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🌞 WHAT IF THE SUN SUDDENLY DISAPPEARED? 😱🌍

#sciencefacts #science
#scifi
#physics #sciencefun

Imagine waking up one day and… the Sun is gone! ☀️❌
What would happen to Earth?

For about 8 minutes and 20 seconds, we wouldn’t even know anything had changed! 😳 Then darkness would begin to take over… and Earth’s temperature would start falling. 🌑🥶

But that’s not all! The Sun’s disappearance would also affect Earth’s orbit, plants, ecosystems, and eventually almost every form of life. 🌱🌍

👉 Could humans survive without the Sun?
Watch till the end to discover the shocking science! 🚀🔬

💬 What do you think would happen first? Comment below!
❤️ Like | 🔄 Share | ➕ Follow Nextgen Science for more mind-blowing science! 🧬🚀

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*What if the laws of physics we trusted… suddenly stopped working? 👀*

The year was *1900*, and physicists believed that Classical Physics had already explained almost everything about the universe.

Then came a problem that changed the story of physics forever.

When scientists tried to understand the energy and light emitted by heated objects, the predictions of Classical Physics simply didn’t match reality.

And then *Max Planck* came up with a completely unexpected idea:

Energy doesn’t always flow continuously. At the microscopic level, it comes in tiny packets called *quanta*.

That strange idea became the starting point of what we now call **Quantum Physics** — a world where the rules of our everyday life no longer work the way we expect.

And the most interesting part?

*Even Planck himself wasn’t completely convinced by his own idea.* 🤯

But this was only the beginning…

*What did Einstein do with Planck’s quantum idea?*

That’s where the story continues in *Lecture 2.*

Follow for the next chapter of the Quantum Physics story.

#QuantumPhysics #EngineeringPhysics #PhysicsStudents #QuantumMechanics #JugadForEngineers

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Paul Dirac was a man of astonishing precision. He believed every word should earn its place, and that philosophy shaped both his science and his conversations.
While most physicists debated endlessly, Dirac often stayed silent until he was certain. His colleagues joked that speaking to him was like waiting for a theorem to be proved.
Once, after a lecture, a student said, "Professor, I don't understand this equation." Dirac simply nodded and continued writing. When asked why he hadn't answered, he replied, "He made a statement, not a question."
On another occasion, Niels Bohr complained while writing a paper, "I don't know how to finish this sentence." Dirac calmly responded, "I was taught never to begin a sentence until I knew how it would end."
Yet behind the quiet exterior was one of the greatest minds in physics. The Dirac equation predicted antimatter before it was ever observed, forever changing our understanding of the universe.
Sometimes, the loudest ideas come from the quietest people.

#physics #quantummechanics #pauldirac #science #theoreticalphysics

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Electron ek chhoti ball nahi hai.
Jab books mein gol-gol shells (K, L, M, N) dikhate hain, wo sirf model hai samjhane ke liye.
1. Shell (K, L, M, N) kya hai?
Ye sirf energy levels hain.
Example:
K shell = n = 1
L shell = n = 2
M shell = n = 3
N shell = n = 4
Ye nahi batata ki electron kis shape mein hai.
2. Orbital kya hai?
Orbital wo region hai jahan electron milne ki sabse zyada probability hoti hai.
Yahin shapes aati hain.
s-orbital = ⚪ Sphere (gol)
p-orbital = 🥜 Dumbbell
d-orbital = ✿ Cloverleaf (zyadatar four-lobed, double dumbbell jaisi)
f-orbital = Aur bhi complex shape
3. To asal mein electron kahan hota hai?
Electron kisi fixed line mein planet ki tarah nahi ghoomta.
Quantum mechanics ke hisaab se hum sirf itna keh sakte hain:
Electron is region mein milne ki probability sabse zyada hai.
Isliye orbital ki shape asal mein electron ki shape nahi, balki electron cloud (probability distribution) ki shape hai.
Easy Example
Socho ek machhar room mein ud raha hai.
Tum uski exact position har waqt nahi bata sakte.
Lekin agar 1 ghante tak uski positions record karo, to kuch jagah zyada dots banenge.
Wahi electron cloud jaisa concept hai.
Yaad rakhna
Shell = Energy level
Subshell = s, p, d, f
Orbital = Electron milne ki highest probability wala region
Electron = Chhoti ball ki tarah fixed orbit mein nahi ghoomta
Isi liye chemistry mein hum kehte hain:
s-orbital spherical hai,
p-orbital dumbbell hai,
d-orbital cloverleaf hai.
Ye electron ki shape nahi, orbital ki shape hai.

Atom asal mein kaisa hota hai?
Socho:
🔴 Beech mein bahut hi chhota nucleus hota hai.
Isme protons (+) aur neutrons hote hain.
☁️ Nucleus ke aas-paas electron cloud hota hai.
Electrons fixed circles mein nahi ghoomte.
Woh ek cloud (probability cloud) ki tarah hote hain.

Agar nucleus ko football ke size ka bana diya jaye, to electrons kai kilometers door honge.

#scienceandfacts #quantummechanics #atom #quantummechanicalmodel #chemistry

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