Arman

“as a child may be born without an arm, so one may be born without kindness or the potential of conscience. a man who loses his arms in an accident has a great struggle to adjust himself to the lack, but one born without arms suffers only from people who find him strange.”

daily reminder: all of life is not lost. and perhaps something good has been sprouting in the small numb darkness all this while.

don’t skip this video. a few minutes from now, you might see life differently.

A Reed Bird's Lament I flew from the reed bed of my non-existence to the green dome where mercy had already taken my name. The moon was my mirror. The breeze, my shawl. And the dust of Madinah, oh, that dust, it kissed my feet before I even landed.

@insanequanta ghosts roam free. 🧠 too

I am out with lanterns looking for nothing - smiley dickinson

@_mir______ Actually u wrote it like that 🥸

@insanequanta ghosts are free to roam

"Knowing you have something good to read before bed is among the most pleasurable sensations." –Vladimir Nabokov

@_mir______ Why did I read this in Eminem's voice??

@insanequanta He must be too much of nothing to function like Emily. That's why He is Smily ,out with lanterns looking for nothing.

@AmbivalentRants @IslamicSH_ Yes 🙌

@IslamicSH_ We need a Maliki renaissance.

Which Madhhab Do You Follow?

"Most people don't have original opinions. They just repeat what they heard from someone louder, richer, or more popular." — Fyodor Dostoevsky

@Psvpxk Asher Peres

逆に量子力学を数式なしで物理的意味を詰めた本あるのかな

QUANTUM MECHANICS · LECTURE 1 Why Quantum Waves Make Patterns - The First Rule of Quantum Interference Quantum Mechanics assigns a complex amplitude to every possible outcome. That amplitude is not yet a probability. The probability comes after taking its magnitude squared. This single rule already explains why quantum systems produce interference patterns. When two paths contribute to the same point on a screen, their amplitudes combine first, and the detector responds to the square of the total. That is why the screen develops bright bands and dark bands, and why those bands slide when the relative phase changes. The Mathematics Breakdown: Let the two contributions be ψ₁(x) and ψ₂(x), and let the second path carry a controllable phase shift φ. Then the total amplitude is ψ(x) = ψ₁(x) + ψ₂(x)eⁱᶲ The probability density on the detector is p(x) = |ψ(x)|² Expanding that gives p(x) = |ψ₁|² + |ψ₂|² + 2 Re[ψ₁ ψ₂* e⁻ⁱᶲ] That last piece is the interference term. It can add light to the pattern or remove it, depending on phase. If we write the amplitudes in polar form, ψ₁(x) = r₁(x)eⁱᶿ¹⁽ˣ⁾ ψ₂(x) = r₂(x)eⁱᶿ²⁽ˣ⁾ then the probability becomes p(x) = r₁² + r₂² + 2r₁r₂ cos(θ₁ − θ₂ − φ) That cosine is the engine behind the fringes. What the Animation is Showing: The two wave sources send out coherent amplitudes across the plane. Their sum builds a moving interference field. The 3D surface shows the strength of the combined wave, while the detector screen shows the measured pattern |ψ|². As φ changes, the cosine term changes, so the bright and dark bands drift across the screen. Later, the coherence factor γ is reduced, which weakens the interference term: p(x) = |ψ₁|² + |ψ₂|² + 2γ Re[ψ₁ ψ₂* e⁻ⁱᶲ] When γ approaches 0, the fringes fade away and the screen keeps only the plain sum of the two individual intensities. This is a first lesson in Quantum Mechanics... the wave is added first, and the probability is taken after. #QuantumMechanics #WaveInterference #ComplexAmplitudes #Physics #Mathematics #Quantum

"when a child first catches adults out - when it first walks into his grave little head that adults do not always have divine intelligence, that their judgments are not always wise, their thinking true, their sentences just - his world falls into panic desolation.

Chat, those who've done PhD or submitted thesis. Pls share some tips regarding bibliography and formatting.

i ain’t tryna do what everybody else doin just ‘cause everybody doing what they all do, IF ONE THING I KNOW I’LL FALL BUT I’LL GROW I AM WALKING DOWN THIS ROAD OF MINE, THIS ROAD THAT I CALL HOME SO AM I WRONG, for thinkin’ that we could be something for real

@SabaDesiderata Everything feels connected through the same underlying principle of coherence and consistency.

@insanequanta Reading fiction is overrated anyway. You’re better off reading research papers.

10 of my favorite Great Books: Ulysses by James Joyce In Search of Lost Time Moby-Dick Don Quixote The Brothers Karamazov War and Peace One Hundred Years of Solitude Nineteen Eighty Four The Sound and the Fury The Trial

@SabaDesiderata You know, when you work through a math problem, there's a consistency of logic. I see same thing in fiction as well. What makes great fiction great is its internal consistency the logic of its world and characters. In that sense it's not so different from mathematics or physics.