캐릭터 상세
제작자 차단
신고
뭐? 슈뢰딩거의 고양이?
@깡깡냥냥
320
2
-
등록일
2025.07.20
-
수정일
2026.01.03
- 여성
- 교육
- 생산성
- 제작자 페르소나
- 양자역학
물리학과를 졸업 예정인 깡깡냥냥. 대학원을 준비하다 멘탈이 나가 챗봇을 만들게 되는데...
그래서 양자역학이 도대체 뭔데? 앨리스와 함께 양자역학을 간?단히 배워봅시다.(고체물리+수리물리+전자기학+고전역학+광학+열통계추가)
소통,공지용 봇을 겸합니다.
로컬 이미지 그림체 테스트를 겸합니다.
2025-11-30: 1:1 순애 츤데레 챗봇 제작 중 -> 무기한 보류
2026-01-01: 1:1 무지성 야스봇 출시
https://lunatalk.chat/character/detail/62412
2026-01-01: 마작챗봇 개선까지 무기한 링공
## Curriculum Tracks
### Track A: Quantum Mechanics (Griffiths)
[Q1. Wave Function] Schrödinger Eq | Statistical Interpretation | Probability | Normalization | Momentum | Uncertainty Principle
[Q2. T.I.S.E] Stationary States | Infinite Square Well | Harmonic Oscillator | Free Particle | Delta-Function | Finite Square Well
[Q3. Formalism] Hilbert Space | Observables | Hermitian Operators | Eigenfunctions | Generalized Uncertainty | Dirac Notation
[Q4. QM in 3D] Spherical Coordinates | Hydrogen Atom | Angular Momentum | Spin | Electromagnetic Interactions
[Q5. Identical Particles] Bosons & Fermions | Exchange Forces | Atoms | Solids (Brief)
[Q6. Symmetries] Translation | Conservation Laws | Parity | Rotation | Degeneracy
[Q7. Perturbation Theory] Nondegenerate | Degenerate | Fine Structure | Zeeman Effect | Hyperfine Splitting
[Q8. WKB Approx] Classical Region | Tunneling | Connection Formulas | Alpha Decay
[Q9. Time-Dependent Perturbation] Two-Level Systems | Emission & Absorption | Spontaneous Emission | Fermi's Golden Rule
[Q10. Adiabatic Approx] Adiabatic Theorem | Berry's Phase | Aharonov-Bohm Effect
[Q11. Scattering] Partial Wave Analysis | Phase Shifts | Born Approximation | Green's Function
[Q12. Interpretation] EPR Paradox | Bell's Theorem | No-Clone Theorem | Measurement Problem
### Track B: Solid State Physics (Kittel)
[S1. Crystal Structure] Periodic Arrays | Lattice Types | Basis | Miller Indices
[S2. Wave Diffraction] Bragg Law | Von Laue | Reciprocal Lattice | Brillouin Zones | Structure Factor
[S3. Crystal Binding] Inert Gas | Ionic | Covalent | Metals | Hydrogen Bonds
[S4. Phonons I] Vibrations | Quantization | Planck Distribution
[S5. Phonons II] Thermal Properties | Density of States | Debye & Einstein Models | Anharmonicity
[S6. Free Electron Gas] Energy Levels | Heat Capacity | Conductivity | Hall Effect
[S7. Energy Bands] Nearly Free Electron | Bloch Functions | Kronig-Penney | Number of Orbitals
[S8. Semiconductor] Band Gap | Eq of Motion | Intrinsic/Extrinsic | p-n Junctions
[S9. Fermi Surfaces] Construction | Electron Orbits | De Haas-van Alphen
[S10. Superconductivity] Meissner | Type I/II | BCS Theory | Josephson Junctions
[S11. Dia/Paramagnetism] Langevin Eq | Rare Earths | Hund's Rules | Crystal Field
[S12. Ferro/Antiferromagnetism] Curie Point | Exchange Field | Spin Waves
[S13. Magnetic Resonance] NMR | Bloch Eq | Hyperfine Splitting | Ferromagnetic Resonance
[S14. Plasmons] Dielectric Function | Surface Plasmons
[S15. Optical Processes] Interband Transitions | Excitons | Raman Effect
[S16. Dielectrics] Macroscopic Field | Polarizability | Structural Phase Transitions
[S17. Surface Physics] Reconstruction | Crystallography | Electronic Structure
[S18. Nanostructures] 1D/0D Systems | Quantized Conductance | Quantum Wells
[S19. Noncrystalline] Amorphous Semiconductors | Liquid Crystals
[S20. Point Defects] Vacancies | Diffusion | Color Centers
### Track C: Math Tools (Boas)
[M1. Infinite Series] Power Series | Convergence | Taylor Series
[M2. Complex Numbers] Euler Formula | Roots | Elementary Functions
[M3. Linear Algebra] Matrices | Determinants | Linear Eq | Diagonalization
[M4. Partial Diff] Chain Rule | Total Diff | Extrema | Lagrange Multipliers
[M5. Multiple Integrals] Double/Triple | Jacobians | Surface Integrals
[M6. Vector Analysis] Dot/Cross Product | Divergence | Curl | Stokes | Gauss
[M7. Fourier Series] Periodic Functions | Average Value | Complex Form
[M8. ODEs] Separable | Linear 1st-Order | 2nd-Order Constant Coeff
[M9. Var Calculus] Euler-Lagrange | Brachistochrone | Lagrange Eq
[M10. Tensor Analysis] Cartesian | Covariant/Contravariant | Geodesics
[M11. Special Functions] Gamma/Beta | Legendre | Bessel | Hermite | Laguerre
[M12. Series Solutions] Legendre/Bessel Eq | Frobenius Method
[M13. PDEs] Laplace | Diffusion | Wave Eq | Separation of Variables
[M14. Complex Variable] Analytic Functions | Cauchy-Riemann | Residue | Contour Integration
[M15. Integral Transforms] Laplace | Fourier | Dirac Delta
[M16. Probability] Distributions | Binomial | Poisson | Normal | Error Analysis
### Track D: Electrodynamics (Griffiths)
[E1. Vector Analysis] Div, Grad, Curl | Dirac Delta | Curvilinear Coordinates | Helmholz Theorem
[E2. Electrostatics] Coulomb's Law | Electric Field | Gauss's Law | Potential | Boundary Conditions
[E3. Potentials] Laplace Eq | Method of Images | Separation of Variables | Multipole Expansion
[E4. Fields in Matter] Polarization | Dielectrics | Displacement Vector | Linear Dielectrics
[E5. Magnetostatics] Lorentz Force | Biot-Savart | Divergence & Curl of B | Ampere's Law
[E6. Magnetic Fields in Matter] Magnetization | H Field | Linear/Nonlinear Media | Ferromagnetism
[E7. Electrodynamics] Ohm's Law | EMF | Faraday's Law | Maxwell's Equations | Boundary Conditions
[E8. Conservation Laws] Charge & Energy | Momentum | Poynting Vector | Angular Momentum
[E9. EM Waves] Wave Eq | Reflection/Transmission | Absorption | Dispersion | Guided Waves
[E10. Potentials & Fields] Gauge Transformations | Retarded Potentials | Lienard-Wiechert Potentials
[E11. Radiation] Dipole Radiation | Point Charges | Power Radiated | Radiation Reaction
[E12. Relativity] Special Theory | Relativistic Mechanics | Relativistic Electrodynamics | Tensor Notation
### Track E: Classical Mechanics (Marion & Thornton)
[C1. Newtonian Basics] Newton's Laws | Frames of Reference | Conservation Theorems | Rocket Motion
[C2. Oscillations] SHM | Damped Oscillation | Driven Oscillation | Resonance | Phase Diagram
[C3. Nonlinear/Chaos] Phase Plane | Attractors | Chaos Theory (Brief) | Logistic Map
[C4. Gravitation] Gravitational Potential | Gauss's Law (Gravity) | Poisson Eq
[C5. Variational Calc] Euler Eq | Brachistochrone Problem | Delta Notation
[C6. Lagrangian Dyn] Generalized Coordinates | Lagrange's Eq | Constraints | Noether's Theorem
[C7. Central Force] Reduced Mass | Effective Potential | Kepler's Laws | Orbital Dynamics | Scattering Cross Section
[C8. Systems of Particles] Center of Mass | Angular Momentum | Variable Mass | Collisions
[C9. Non-Inertial Frames] Rotating Coordinates | Coriolis Force | Centrifugal Force | Foucault Pendulum
[C10. Rigid Body Dyn] Inertia Tensor | Principal Axes | Euler's Equations | Gyroscopes
[C11. Coupled Osc] Normal Modes | Eigenvalues/Vectors | Loaded String
[C12. Hamiltonian] Legendre Transform | Hamilton's Eq | Phase Space | Liouville's Theorem
### Track F: Optics (Hecht)
[O1. Wave Motion] 1D Waves | Harmonic Waves | Phase/Group Velocity | 3D Waves
[O2. EM Theory] Maxwell's Eq | Plane Waves | Poynting Vector | Irradiance
[O3. Propagation] Rayleigh Scattering | Reflection/Refraction | Fresnel Equations | Reflectance/Transmittance | Dispersion
[O4. Geom Optics] Fermat's Principle | Snell's Law | Spherical Surfaces | Thin Lenses | Mirrors | Prisms
[O5. Optical Systems] Thick Lenses | Ray Tracing | Stops/Pupils | Aberrations | Microscopes/Telescopes
[O6. Superposition] Phasors | Standing Waves | Beats
[O7. Polarization] Polarizers | Malus' Law | Jones Vectors/Matrices | Birefringence | Retarders | Optical Activity
[O8. Interference] Wavefront/Amplitude Splitting | Young's Double Slit | Thin Films | Michelson | Fabry-Perot
[O9. Diffraction] Huygens-Fresnel | Fraunhofer (Single/Double/Many Slits) | Diffraction Grating | Fresnel Diffraction
[O10. Fourier Optics] Fourier Transforms | Optical Applications | Spatial Filtering | Holography
[O11. Coherence] Temporal/Spatial Coherence | Visibility
[O12. Modern Optics] Lasers Principles | Nonlinear Optics | Harmonic Generation
### Track G: Thermal Physics (Schroeder)
[T1. Energy] 1st Law | Ideal Gas | Equipartition | Heat & Work | Latent Heat
[T2. Entropy] 2nd Law | Multiplicity | Microstates/Macrostates | Stirling's approx
[T3. Interactions] Temperature | Chemical Potential | Paramagnetism | Mechanical Equil
[T4. Heat Engines] Carnot Cycle | Efficiency | Refrigerators | Real/Ideal Cycles
[T5. Free Energy] Enthalpy | Helmholtz | Gibbs | Maxwell Relations | Phase Transformations
[T6. Boltzmann Stats] Boltzmann Factor | Partition Function | Maxwell-Boltzmann Dist
[T7. Quantum Stats] Gibbs Factor | Bosons/Fermions | Degenerate Fermi Gas | Blackbody Radiation
[T8. Phase Transitions] Ising Model | Mean Field Theory | Critical Exponents
캐릭터 신고
신고된 내용은 운영팀에서 검토 후 조치됩니다. 허위 신고 시 서비스 이용이 제한될 수 있습니다.
로그인 후 댓글을 작성할 수 있습니다.