@science_phenom: Fisika kuantum bukan sekadar studi tentang atom, elektron, atau kuark yang super kecil. Ini adalah pengingat bahwa di level paling dasar, alam semesta kita tidak bekerja seperti jam yang pasti, melainkan berdasarkan probabilitas. Seperti kata Richard Feynman: "Jika kamu merasa sudah paham fisika kuantum, berarti kamu sebenarnya belum paham." Jadi, kalau hari ini kamu merasa hidupmu sedang penuh ketidakpastian, tenang saja... alam semesta pun memang dirancang begitu! #quantumphysics #sciencefacts #fisikakuantum #deepthoughts #universe

noah27 :

crazy to think the founder of quantum physics was a christian

Uzi-haute :

Honestly insane how quantum physics is starting to override physics

Momonga :

I can't understand but I love it

✠︎ ✞ 𝕽𝖊𝖛𝖊𝖑𝖆𝖙𝖎𝖔𝖓✞ ✠︎ :

No such thing

ulat bulu :

Quantum physics

fans_rizzax*🧢 :

*Cara memahami quantum fisika* biar nggak bikin pusing: *1. Mulai dari konsep dasar, bukan rumus* Lupakan dulu persamaan Schrödinger. Pahami ide-ide anehnya dulu: - *Kuantisasi*: Energi itu nggak kontinu, tapi kayak anak tangga. Contoh: elektron cuma bisa di level energi tertentu. - *Dualitas gelombang-partikel*: Cahaya bisa jadi partikel, elektron bisa jadi gelombang. Eksperimen celah ganda buktiin ini. - *Superposisi*: Partikel bisa di beberapa keadaan sekaligus sampai kita "lihat". Kayak koin yang muter — dia heads dan tails barengan. - *Ketidakpastian Heisenberg*: Nggak bisa tau posisi dan kecepatan partikel secara tepat bersamaan. Makin tau posisinya, makin blur kecepatannya. *2. Pakai analogi yang nyantol* - *Kucing Schrödinger*: Buat paham superposisi. Kucing di kotak itu hidup + mati sekaligus sampai kotaknya dibuka. - *Uang receh*: Energi kuantum kayak kamu nggak bisa punya Rp 2.550. Cuma bisa Rp 2.500 atau Rp 2.600. Ada "loncatannya". *3. Urutan belajar yang enak* 1. *Nonton dulu*: YouTube channel Sabine Hossenfelder, Veritasium, atau "Quantum Physics for Babies" buat visual. 2. *Baca buku non-matematis*: _QED_ by Richard Feynman atau _Quantum Enigma_ — dia jelasin pakai cerita, bukan integral. 3. *Baru masuk matematika*: Kalau udah ngerti konsepnya, pelan-pelan masuk ke fungsi gelombang ψ dan operator. *4. Mindset yang harus diubah* Fisika klasik itu masuk akal. Quantum fisika itu _benar tapi nggak masuk akal_. Jangan maksain logika sehari-hari. Anggap aja kamu lagi belajar aturan main alam semesta di level terkecil. *5. Satu hal yang wajib dicoba* Mainin simulasi "PhET Quantum Mechanics" dari University of Colorado. Gratis. Kamu bisa liat sendiri elektron nembus tembok atau interferensi gelombang. Mau mulai dari konsep yang mana dulu? Superposisi atau dualitas gelombang-partikel paling seru buat awal.

ThanxZz :

🍒rianna :

can someone help me figure out where to start? i have no idea and my school doesn't offer this deep into physics but im so so so interested

🌲✨🫀ALM😺🫀✨🌲 :

GODS CREATION

Dope_Physics :

Quantum physics answers questions we've had since the beginning of time ❤️❤️

Corvo Attano :

1 like = 1 minutes of studying

Cihuyy😁 :

belajar fisika bikin stress jir kek ga masuk logika bgt rasanya

️ᴰᵉᵛⁱˡHunter༒ :

glitch :

Do anyone here is heavily develop? like example having metacognition, knows meaning/existence, knows law, knows biology, and more beyond. Like advanced in all aspects and categories all around. TO BE DIRECT ANOINTED BY GOD. Is chosen, is rare, is valuable, is special, is blessed is exceptional or everything like absolute.

Brandon FF :

12+50=62

/?? :

la física cuántica no es el simple estudio de atomos,electrones o quaks' super diminutos ,es un recordatorio que en el nivel más básico , nuestro universo no funciona como un reloj fijo,si no más bien basado en la probabilidad . Cómo dijo Richard feynman"si sientes que ya entiendes la física cuántica entonces en realidad no entiendes" entonces si sientes que hoy tu vida está llena de incertidumbre, tómatelo con calma... !El universo fue creado como tal.

𝕒𝕫𝕫𝕒𝕞 :

ternyata belajar fisika butuh iman yang kuat..

lloidikus :

сегодня прошли этот пиздец в школе, кажется на недельном тесте я завалю

JJ :

1+1=9 - x² da y = x + 79 - x² = x + 7 x = 1 y x = -2 V = π112 (9-x2) ² - (x + 7) 2dx V = π12 (x4-18x² + 81) - (x² + 14x + 49) dx V = pi / 12 (x4 - 19x2 - 14x + 32) dx19 V = x [-x-12 y = x + 79 - x² = x + 7 x = 1 y x = -2 V = π112 (9-x2) ² - (x + 7) 2dx V = π12 (x4-18x² + 81) - (x² + 14x + 49) dx V = pi / 12 (x4 - 19x2 - 14x + 32) dx 19 V = x [-x-12x3-7 y = x + 79 - x² = x + 7 x = 1 y x = -2 V = π112 (9-x2) ² - (x + 7) 2dx V = π12 (x4-18x² + 81) - (x² + 14x + 49) dx V = pi / 12 (x4 - 19x2 - 14x + 32 9 - x² y = x + 79 - x² = x + 7 x = 1 y x = -2 V = π112 (9-x2) ² - (x + 7) 2dx V = π12 (x4-18x² + 81) - (x² + 14x + 49) dx V = pi / 12 (X4 - 19x2 - 14x + 32) dx19 V = x [-x-12 y = x + 79 - x² = x + 7 x = 1 y x = -2 V = π112 (9-x2) ² - (x + 7) 2dx V = π12 (x4-18x² + 81) - (x² + 14x + 49) dx V = pi / 12 (x4 - 19x2 - 14x + 32) dx 19 V = x [-x-12x3-7 y = x + 79 - x² = x + 7 x = 1 y x = -2 V = π112 (9-x2) ² - (x + 7) 2dx V = π12 (x4-18x² + 81) - (x² + 14x + 49) dx V = pi / 12 (x4 - 19x2 - 14x + 32) como saben 9 - x² produce y = x + 79 - x² = x + 7 Entonces x = 1 y x = -2 V = π112 (9-x2) ² - (x + 7) 2dx V = π12 (x4-18x² + 81) - (x² + 14x + 49) dx V = pi / 12 (x4 - 19x2 - 14x + 32) dx19 V = x [-x-12 y = x + 79 - x² = x + 7 x = 1 y x = -2 V = π112 (9-x2) ² - (x + 7) 2dx V = π12 (x4-18x² + 81) - (x² + 14x + 49) dx V = pi / 12 (x4 - 19x2 - 14x + 32) dx 19 V = x [-x-12x3-7 y = x + 79 - x² = x + 7 x = 1 y x = -2 V = π112 (9-x2) ² - (x + 7) 2dx V = π12 (x4-18x² + 81) - (x² + 14x + 49) dx V = pi / 12 (x4 - 19x2 - 14x + y = x + 79 - x² = x + 7 Entonces x = 1 y x = -2 V = π112 (9-x2) ² - (x + 7) 2dx V = π12 (x4-18x² + 81) - (x² + 14x + 49) dx V = pi / 12 (x4 - 19x2 - 14X + 32) dx19 V = x [-x-12 y = x + 79 - x² = x + 7⁶ x = 1 y x = -2 V = π112 (9-x2) ² - (x + 7) 2dx V = π12 (x4-18x² + 81) - (x² + 14x + 49) dx V = pi / 12 (x4 - 19x2 - 14x + 32) dx 19 V = x [-x-12x3-7 y = x + 79 - x² = x + 7 x = 1 y x = -2 V = π112 (9-x2) ² - (x + 7) 2dx V = π12 (x4-18x² + 81) - (x² + 14x + 49) dx V = pi / 12 (x4 - 19x2 - 14x + 32)=20, _3 =

Paul Dirac ψ :

𝙍𝙄𝙄 𝘼𝙎𝙏𝙍𝙊🪐 :

pusing juga yaa🗿

dyeton_poeppe :

i understand some of these from the big bang theory (def is on a surface level, but recognize nonetheless)

Aomi :

Quantum physics studies the smallest pieces of reality. Electrons, Photons, Quarks and the forces between them. At this scale, particles also behave like waves and classical physics stops working. superposition means a particle can exist in multiple states at the same time multiple positions or energies. The double slit experiment proves this single particles create an interference pattern, as if they as if they went trough two paths simultaneously entanglement links particles so their properties corrolate instantly, even across galaxies. Measure one particle and the other spin becomes determined immediately. Bell inequality experiments confirmed this quantum tunneling lets particle pass trough barriers they dont have energy to cross. this, is why nuclear fusion happens in stars, how scanning tunneling microscopes work, and why transistors function in modern electornics. Heisenberg's uncertainty principle states you cannot know a particle exact position and momentum simultaneously. improving the precison of one increases the uncertainty of the other. This is a fundamental property of nature, not a measurement error. These principles explain a toxic structure, chemical bonding, semiconductors, lasers nuclear reactors and the behaviour of all matter in the universe.

𝐄𝐫𝐢𝐜𝐤✩ :

resumindo: física quântica e o poder de manifesta com a mente