#Quantum Physics Basics

Quantum Mechanics for Kids Quantum Mechanics is a weird theory, but it’s the one that actually matches how reality works. #quantummechanics #quantumphysics #scienceforkids #stem #education #scienceexplained #physics

P6 | QUANTUM PHYSICS & METAPHYSICS 🧚 your aura = universe in miniature 👍 your choices collapse probabilities ⚡️ your energy bends space-time 🛍️ “Time is plastic” influenced by your present 🥲 your inner shift ripple out holograph into your environment Which means: life isn’t “happening to you” 🎰 life is like a giant field of possibilities around you 🚪 at any given moment, many futures, exist all at once (like doors you can walk through) 🔓 which door opens, depends on your energy, choices, focus 🫳 once you choose, that possibility becomes real and others fade out #aura #future #manifest #quantum #energy #present #choices #spirituality #metaphysics #wearealsakina

The books & resources that taught me quantum physics ⚛️ So many of you showed interest in this collection of books and material. The material is suitable for graduate level physics, or someone with an already existing ground knowledge in fundamental physics; mechanics, thermodynamics, electromagnetism, etc. and maths: differential equations, linear algebra, etc. If you are a complete beginner, I would advise you to at least spend some time on the fundamentals before starting. Here I recommend the Feynman lectures, YouTube courses, the book “University Physics with Modern Physics” by Young & Freedman. Now onto the collection: 📖 David J. Griffiths, Introduction to Quantum Mechanics: A good introductory book to QM, following a chronological order. Gets pretty involved quickly, but enables a good evolution in complexity from simple to complex systems. 📽️ YouTube course: Quantum Physics I by MIT: For anyone wanting to brush up on certain topics and who likes to watch lectures, this is for you. 📖 Sakurai & Napolitano, Modern Quantum Mechanics: Some would argue that this is the best QM book out there. It is very rigid, get straight to the point and is a good book to look-up concepts, because it’s so concise. 📖 Nielsen & Chuang, Quantum Computation and Quantum Information: This book I’m using to get acquainted with quantum computing, as it covers a large range of topics necessary to understand quantum computers; entanglement, algorithms, errors, fidelity, etc. 📖 Ballentine, Quantum Mechanics - A Modern Development: This book covers many theoretical, foundational concepts in quantum (symmetries, identical particles, angular momentum, time-dependent phenomena) and is very consise as well. The math can get hairy, but most chapters in the book are informative, get straight to the point. The list continues in the comments (I’m a professional yapper) #quantum #physics #STEM #learning #education #quantumcomputing #engineering #university #study #books

Quantum mechanics studies the tiniest particles—electrons, photons, quarks—that make up everything in the universe, from stars to galaxies. It’s the hidden rulebook of space and matter. In black holes, neutron stars, and the early universe, quantum effects like superposition and entanglement shape how matter behaves. Even dark matter and dark energy might be influenced by these tiny forces. Empty space isn’t really empty. Quantum fluctuations and vacuum energy drive the expansion of the universe and helped form galaxies. From the smallest particle to the largest galaxy, quantum mechanics connects all of space.

The idea of “souls” communicating via quantum entanglement is a popular concept in science fiction and metaphysical discussions, but it is important to distinguish between the physical reality of entanglement and the metaphorical application to human consciousness. In physics, quantum entanglement is a strictly mathematical and physical phenomenon. Here is how it works and why applying it to “souls” is a complex leap. 1. The Physics: What is Entanglement? Quantum entanglement occurs when two particles become linked in such a way that the quantum state of one cannot be described independently of the other, even when they are separated by vast distances. • Superposition: Before a measurement is made, particles exist in multiple states at once. • Instantaneous Correlation: When you measure particle A (e.g., its spin), you immediately know the state of particle B, no matter the distance. The “No-Communication” Theorem Crucially, according to the No-Communication Theorem in quantum mechanics, entanglement cannot be used to send information faster than the speed of light. Because the outcome of the first measurement is random, you cannot “force” a specific message to the other side without a classical channel (like a phone call or text) to explain what the measurement means. 2. The Theory: Souls and Quantum Consciousness For souls to communicate via entanglement, the human mind or “soul” would need to operate on a quantum level. This is the basis of the Orchestrated Objective Reduction (Orch-OR) theory, proposed by physicist Roger Penrose and anesthesiologist Stuart Hameroff. • Microtubules: The theory suggests that quantum processes occur within microtubules (protein structures) inside the brain’s neurons. • Non-local Connection: If consciousness is quantum, then two people who are “entangled” (through deep emotional bonds or shared experiences) could theoretically have correlated mental states regardless of distance. Follow @thequantumakash 🚀for more #quantum #physics #astrophysics #quantumentanglement #blackholes

Try this experiment at home 🏠 #physics #amazing #learn #science #fun

When I first learned about quantum physics I literally felt like I found the cheat code to getting whatever I want in life. 🫢 The fact that every possibility already exists and all we have to do is tune into that frequency to attract it to us!?!?… mind blown. 🤯🤯🤯 #becomeunforgettable #quantumentanglement #quantumphysics #changeyourlife #manifestyourdreams

Mathematics is not a language we invented but one we uncovered written deep within the structure of reality itself. Quantum mechanics and particle physics reveal that equations are not abstract symbols but the very architecture of existence. The Schrödinger equation defines how particles behave. Quantum electrodynamics governs how photons mediate forces. Quantum chromodynamics describes how quarks bind inside protons. Even the Higgs field follows a precise mathematical potential that gives particles their mass. From the detectors at CERN to the equations of Feynman, every discovery confirms that the universe operates through logic, precision, and symmetry. Mathematics is not our creation; it is the blueprint of the cosmos. #Astrinova #QuantumMechanics #ParticlePhysics #CERN #Mathematics #Physics #HiggsField #QFT #Feynman #QuantumReality

What’s the difference between Quantum and Classical mechanics? It is going to be a list and intersections between both. Moreover an atom can be in some cases be described by classical (Newton’s laws) or quantum mechanics (Schrödinger equation, Density matrix formalism). About these things we will talk in further videos. For now let’s start with the notion of trajectory. The main difference is that in classical mechanics you can have certain initial coordinates and velocities. In quantum mechanics you don’t possess such luxury. So you have to choose which set of physical quantities you will use as complete. Due to this fact, due to the uncertainty principle, you can not define a trajectory for a particle when it obeys the laws of quantum mechanics. I find it important to mention here that the transition from quantum to classical and back can be defined by various parameters. I personally like to start with the ones we use in theoretical physics: classical S action and quantum action \hbar. We will explore more tools of quantum mechanics in further lectures. #quantum #quantumphysics #quantummechanics #physics #mechanics #science #math #mathematics #uncertaintyprinciple #principles #academia #academy #study #lecture #university #researcher #professor #lectura #lecturer #teacher #victoriaporozova #vquantpost

Are you ready to explore quantum field theory? Before taking on harder topics in physics you need to be comfortable with basic math and classical physics: mechanics, thermodynamics, electromagnetism! Then we can delve into the prerequisites for QFT: Special relativity (e.g. Carroll, Wald) Quantum Mechanics (e.g. Sakurai, Griffiths) Classical field theory (e.g. Landau Lifschitz) QFT is at the core of all modern theoretical physics and, as such, different physicists may have different ideas on the required knowledge of QFT depending on the specific subfield of theoretical physics they work in! A good starting point might be visiting this website created by Nobel prize winner Gerard ‘t Hooft: https://www.goodtheorist.science/languages.html If you find yourself lacking the mathematical background, some good books to help you for studying theoretical physics are: Lie algebras in particle physics (Georgi) Complex analysis (Bak or Silverman) Geometry, topology, and physics (Nakahara) #textbooks #physicsbooks #physicstexts #physicsstudent #study #undergrad #physics #quantumtheory #quantumfield

The most interesting idea in quantum physics ✨ #fyp #space #science #quantum #physics #universe #nature #stars #galaxy

Quantum entanglement the invisible web that holds the universe together #philosophy #life #documentary #univers #quantomentanglement #space Life laps