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MTπ #SolidStatePhysics #Physics #CondensedMatter #MaterialsScience #Crystallography
@mtishtech_international
#Solid State Physics
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QNThe Pauli exclusion principle in quantum mechanics says that two electrons (or fermions) can't share the same quantum state.
By inside materials electrons are described by the Bloch wavefunctions. Each electron takes up room in momentum space.
This results in the characteristic Fermi surface.
#quantum #physics #quantumphysics #science #scienceexplained #sciencereels #sciencefacts #physicst #physicsreels #mathematics #quantummechanics #theorem #bloch #semiconductor #insulator #energyband #conductor #condensedmatter #solidstatephysics #pauli #exclusionprinciple #fermion
@qntm.physique
6.3K
ASDisclaimer:
This content is for educational and informational purposes only. It presents established concepts from solid state physics using simplified language and visualizations to aid understanding. It is not intended as professional or academic instruction.
Electricity feels simple when you flip a switch, but deep inside a metal it is governed by strict quantum rules. Electrons are packed into allowed energy states, and only those near a special boundary called the Fermi level can respond when a voltage is applied. Most electrons are completely blocked, which is why electric current is not a flood but a slow, highly regulated quantum process. One invisible energy level quietly decides how metals conduct, reflect light, and power the modern world.
#QuantumPhysics #SolidStatePhysics #Electricity #PhysicsEducation #Astrinova
@astrinova.io
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TISolid state physics or condensed matter were the most difficult subjects for me and again this is speaking from personal experience! Everyone is unique in their adventures in life π
Thank you @zishanraza777 for the question! I hope to make videos in the upcoming weeks answering as many questions as possible!
#science #physics #solidstate #condensedmatterphysics #stem
@tinytoxictofu
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MAGCSE Physics - states of matter explained #solid #liquid #gas #statesofmatter #heatingcurve #ice #water #steam #freezing #boiling #melting #evaporating #condensing #exams #revision #gcse #stem #school #science #combinedsciencegcse #physics
@mattgreen.jgm
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VIIn quantum mechanics, the density matrix (Ο) is a generalization of the wave function formalism. Ο describes both pure and mixed states, making it a more versatile framework for analyzing quantum systems.
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A pure state is described by a wave function, the state of the system is known with maximum certainty. See reel how we define Ο for pure states. Pure states are often idealized, representing systems that are isolated from external disturbances.
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In contrast, a mixed state represents a probabilistic mixture of different quantum states. Mixed states arise when we have incomplete information about the system or when it is interacting with its environment, causing decoherence. Instead of being in a single quantum state, the system is in a statistical mixture of states, each with a certain probability. Physically, mixed states are useful for describing real-world situations where noise, thermal fluctuations, or other factors make it impossible to know the exact quantum state.
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The geometric interpretation: a pure state corresponds to a point on the surface of the Bloch sphere. Mixed states are points inside the sphere. The closer a point is to the center, the more βmixedβ the state is, and the less information we have about the exact quantum state.
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Physically, pure states (idealized) represent the most coherent quantum systems, not disturbed by external factors. Mixed states, however, are what we have in lab: where the system interacts with its environment, leading to partial loss of coherence or entanglement with other systems. For example, a system at thermal equilibrium with its surroundings would typically be described by a mixed state.
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The density matrix is a powerful tool with applications in quantum mechanics, quantum information theory, and statistical physics. It is used to describe entangled states, quantum coherence, and to study the effects of decoherence in quantum systems, which is crucial for quantum computing and error correction protocols.
#physics #science #quantumphysics #theoreticalphysicist #victoriaporozova #math #quantum #quantummechanics #theoreticalphysics #Π½Π°ΡΠΊΠ° #fisicaquantica #fisica #ΡΠΈΠ·ΠΈΠΊΠ° #ΠΊΠ²Π°Π½ΡΠΎΠ²Π°ΡΡΠΈΠ·ΠΈΠΊΠ° #vquantpost
@victoriaporozova
280.4K
MIπ Physics Books Ratings π‘
Here are some ratings of physics and math books Iβve used throughout my degree! Note that my ratings donβt necessarily represent the quality of the book, but more so my experience reading it and learning from it.
π The Oxford Solid State Basics (by S. H. Simon): 10/10! This book introduces solid state physics very pedagogically and gives a soft introduction to advanced topics like the reciprocal space. The book has funny anecdotes in the footnotes, and I really recommend the online lecture series βThe Oxford Solid State Basicsβ on YouTube.
π Mathematical Methods for Physicists (by Arfken & Weber): 8/10. I had this book in my applied maths course for physicists, and since we only read parts of the book it was difficult to grasp everything, since the book is both long and dense.
π Concepts in Thermal Physics (by Blundell & Blundell): 9/10. This book I had for my thermodynamics course, and it was overall a good book with fun exercises.
π Introduction to Electrodynamics (by David J. Griffths): 9.5/10. This book is a classic in electromagnetism. It is very rigid (David Griffithβs books are in general very good) and has really great exercises. If you devote yourself to studying the book closely, you get REALLY good at electromagnetism.
π Introduction to Quantum Mechanics (by D. J. Griffiths): 10/10. My favourite quantum mechanics book! Itβs a great place to start your QM journey.
π Quantum Mechanics β A Modern Development (by Ballentine) 10/10. A very dense, but very instructive, book building on top of βIntroduction to QMβ.
π Engineering Mechanics 3: 2/10. This book is the most dense book I have read. This was just a bad choice for freshmans at university to learn mechanics, since it was way to implicit!
#physicsbooks #bookshelf #student #study #mindfulphysicist #physics #physicist #studymotivation #university #unilife #books #recommendations #ratings
@mindfulphysicist
11.0M
QUThis is How they do it: Scientists created a supersolid by cooling atoms to near absolute zero, forming a Bose-Einstein Condensate (BEC). They trapped the atoms in an optical cavity with lasers, causing light to bounce between mirrors and interact with the atoms. This forced the atoms into a solid-like structure while still allowing them to flow freely β creating a state that's both solid and fluid at the same time.
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Also video is only for explaining it's not the supersolid we are taking about in the video
This vidoe is made by lachlanturczan
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For the first time, researchers have created a peculiar solid that can flow like a liquid-using light. This breakthrough could provide deeper insights into exotic quantum states of matter. We actually turned light into a solid, which is pretty amazing" says Dimitris Trypogeorgos from the National Research Council (CNR) in Italy. He highlights that over a decade ago, Daniele Sanvitto, also at CNR, demonstrated how light could behave as a fluid. Now, Trypogeorgos, Sanvitto, and their team have taken it a step further, using light to create not just any solid, but a quantum "supersolid."
Quantum supersolid, light turned solid, flowing solid state, exotic quantum matter, solid light discovery, quantum physics breakthrough, supersolid explained, light-based quantum states, quantum fluid to solid, Dimitris Trypogeorgos discovery, Daniele Sanvitto research, new state of matter, light transformed into solid, quantum mechanics wonders, supersolid physics explained.
#fyp #space #science #facts
@quantoxy_
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BIThe Standard Model is one of the biggest achievements in physics βοΈ It explains an incredible amount about the particles that make up our universe and the forces between them. But itβs not the final answer π€― It still leaves out gravity, which means thereβs more to discover π
If you want physics explained in a way that actually makes sense, follow along π
#physics #particlephysics #standardmodel #science #physicsexplained
@billy.mccray
156
MASi units
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@mathmania18
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EEDifferential elements, displacement, area, and volume element, in spherical coordinate system
Python script: https://github.com/bingsen-wang/Math/blob/main/CoordinateSystem_Spherical_differentialElements_anim.ipynb
@eeanimation
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AKShape of s,p,d & f orbitals...
Interesting chemistry
#science #chemistryclass #chemistry #chemistrylovers #fun #sciencefacts #facts #reels #reelsinstagram #visual #animation #music
@akkianderson
β¨ #Solid State Physics Discovery Guide
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