| 1. | |
Generalities of Quantum Mechanics And Review of Classical Theories | Quantum Mechanics & IT/NT/BT. harmonic oscillator, Boltzmann distribution function, equipartition theorem, mobility and conductivity, non-equilibrium distribution function |  |
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Review of Classical Theories | Maxwell's equations, E & H fields, plane waves & wave packets, band width & pulse duration | |
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Milestones Leading to Quantum Mechanics 1 | blackbody radiation & quantum of energy, photoelectric effect & photon, Compton scattering & particle nature of light | |
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Milestones Leading to Quantum Mechanics 2 | duality of matter, de Broglie wavelength, Bohr's theory of H-atom, atomic radius, quantized energy level, quantum transitions | |
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| 2. | |
Schrodinger Wave Equation 1 | time-dependent SE, operator algebra & basic postulates, wavefunction, probability density, expectation value, | |
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Schrodinger Wave Equation 2 | time-independent SE, eigenequation, eigenfunction, eigenvalue, commutation relation, conjugate variables & uncertaity relation, properties of eigenfunction | |
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Bound States in Quantum Well & Wire 1 | electrons in solids, bounbd states in infinite square well potential, quantized energy level, particle in 3D box, 1D, 2D & 3D densities of states | |
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Bound States in Quantum Well & Wire 2 | quantum well, quantum wire, subbands, particle in quantum well, particle in quantum wire | |
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| 3. | |
Scattering & Tunneling of 1D Particle 1 | scattering at step potential, probability current density, reflection & transmission coefficients, scattering from quantum well, resonant transmission, tunneling & tunneling probability | |
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Scattering & Tunneling of 1D Particle 2 | tunneling through a single & multiple potential barrier, resonant tunneling, direct & F-N tunneling, scanning tunneling microscopy, field emission display, single electron transistor | |
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Energy Bands in Solids 1 | Kronig-Penny potential, Bloch wavefunction, secular equation & dispersion elation, allowed band & forbidden gap | |
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Energy Bands in Solids 2 | E-k curves in 1st Brillouin zone, electron velocity in energy band, effective mass of electron, energy band & resonant tunneling | |
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| 4. | |
Quantum Treatment of Harmonic Oscillator 1 | eigenfunction & eigenenergy, energy spectrum, zero point energy, properties of eigenfunction, correspondence principle | |
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Quantum Treatment of Harmonic Oscillator 2 | uncertainty relation in eigenstate, HO in linearly superposed states, operator treatment of HO, creation & annihilation operators, number operator, phonon | |
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Schrodinger Treatment of Hydrogen Atom 1 | angular momentum operators & commutation relations, spherical harmonics & spatial quantization, angular momentum & magnetic quantum numbers, atomic orbitals | |
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Schrodinger Treatment of Hydrogen Atom 2 | electron-proton interaction, center of mass & relative motions, reduced mass, principal quantum number and energy eigenvalue, Bohr radius, atomic spectroscopy, degeneracy, reduced [probability density | |
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| 5. | |
Perturbation Theory 1 | time-independent perturbation theory; non-degenerate & degenerate, Stark effect in H-atom, atomic polarizability | |
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Perturbation Theory 2 | Time-dependent perturbation theory, harmonic perturbation, Fermi's golden rule | |
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System of Identical Particles 1 | electron spin and Pauli spin matrices, spin operators & spin eigenfunctions, two-electron system & Helium atom, ionization energies; 1st & 2nd, singlet & triplet states, overlap & exchange integrals | |
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System of Identical Particles 2 | multi-electron atoms and periodic table, electron configuration, ionization energy & screening of charge, affinity factor, spin-orbit coupling & fine structure of speectral lines, Zeeman effect, electron paramgnetic resonance, | |
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| 6. | |
Molecules and Chemical Bonds 1 | ionized hydrogen molecule, overlap, Coulomb & exchange integrals, bonding & anti-bonding, binding energy | |
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Molecules and Chemical Bonds 2 | hydrogen molecule, Heitler-London theory, covalent bond, ionic bond, Van der Waals attraction, polyatomic molecules, hybridization | |
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Molecular Spectra 1 | Born-Oppenheimer approximation, rotational & vibrational spectra, selection rule, P & R branches, | |
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Molecular Spectra 2 | nuclear spin & magnetic moment, hyperfine interaction & structure, Zeeman splitting, nuclear magnetic resonance, molecular imaging | |
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| 7. | |
Atom-Field Interaction 1 | classical treatment; stimulated & spontaneous emission, Einstein A coefficient, atom-dipole, Rabi flopping formula | |
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Atom-Field Interaction 2 | quantum treatment; quantization of EM field, creation, annihilation & number operators, photons | |
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Interaction of EM Waves with Optical Media 1 | attenuation & amplification, dispersion, attenuation & gain coefficients, permittivity, atomic susceptibility | |
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Interaction of EM Waves with Optical Media 2 | density matrix, relaxation times; longitudinal & transverse, laser oscillator, population inversion, rate equation, threshold pumping, laser intensity & frequency | |
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| 8. | |
Semiconductor Statistics 1 | quantum statistics, conductor, insulator & semiconductor, Fermion, Boson, Fermi-Dirac distribution function, Bose-Einstein distribution function | |
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Semiconductor Statistics 2 | electron density in conduction band, hole density in valence band, equilibrium, law of mass action, Fermi level. intrinsic & extrinsic semiconductors, donors, acceptors, Fermi potential | |
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Carrier Transport 1 | mobility, drift velocity, diffusion coefficient, Einstein relation, current density, equilibrium & Fermi level | |
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Carrier Transport 2 | non-equilibrium and quasi-Fermi level, generation & recombination; band to band & trap-assisted, recombination &generation rates, minority carrier lifetime | |
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| 9. | |
P-N Junction Diode: I-V Behavior 1 | p-n junction in equilibrium & non-equilibrium, junction band bending, depletion depth, built-in potential, charge injection & extraction, | |
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P-N Junction Diode: I-V Behavior 2 | forward & reverse biases, forward & reverse currents, generation & recombination currents, junction breakdown; avalanche & Zener | |
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P-N Junction Diode: Applications 1 | optical absorption in semiconductors, absorption coefficient, photodiode, photocurrent, | |
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P-N Junction Diode: Applications 2 | junction solar cell, photovoltaic effect, open circuit voltage, short circuit current, LED, laser diode, superlattice structure & sub-bands | |
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| 10. | |
Field Effect Transistors 1 | MOSFET, NMOS, PMOS, channel inversion, threshold voltage, surface charge, ON, OFF & subthreshold currents | |
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Field Effect Transistors 2 | silicon nanowire FET, subband spectra, long & short channel FETs, ballistic FET, tunneling FET, subthreshold swing, thermionic & field emission | |
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The Application and Novel Kinds of FETs 1 | Nonvolatile flash EEPROM programming, erasing & reading, solar cell; planar, multi-junction & nanowire | |
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The Application and Novel Kinds of FETs 2 | biosensor, ISFET, target molecule & probe molecule, spin FET, transport of spin up & down states, spin qubits and quantum computing, entanglement, parallel NOT operation | |
대구광역시 동구 동내로 64(동내동 1119) 우)41061
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