Week 43 2012 | Show in My Schedule | ||
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Mon 22 oct 08:00-10:00 | Overview of the course + QE lecture 1 | ||
HT 2012, 50536
Lecture
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General overview of the course. The Schrödinger equation. Hermitian operators. Harmonic oscillator analytically. Bra, ket, operators. Uncertainty principle. |
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Tue 23 oct 08:00-10:00 | QE lecture 2 | ||
HT 2012, 50536
Lecture
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Indistinguishability. Modes and states. Density matrix. Creation and annihilation operators. Bosonic commutator. Harmonic oscillator with operators. |
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Fri 26 oct 15:00-17:00 | QE lecture 3 | ||
HT 2012, 50536
Lecture
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Schrödinger and Heisenberg picture. Temporal dynamics. The coherent state. Thermal state, mode density, blackbody radiation. Phase and phase-difference operator. |
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Week 44 2012 | Show in My Schedule | ||
Mon 29 oct 08:00-10:00 | QE lecture 4 ( EO lecture 1) | ||
HT 2012, 50536
Lecture
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EM waves (short recap) – The wave equation. The polarization (Lorentz model). Plane waves. Ray optics. Gaussian beams – The paraxial wave equation. Gaussian beams & their properties/parameters. ABCD-law. |
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Tue 30 oct 08:00-10:00 | QE lecture 5 ( EO lecture 2) | ||
HT 2012, 50536
Lecture
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Optical resonators – Basic concept & figures of merit (modes, resonances, linewidth, Q-factor). Fabry-Perot etalon and spherical mirror resonators. |
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Thu 1 nov 13:00-15:00 | No lecture | ||
HT 2012, 50536
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Fri 2 nov 15:00-17:00 | QE lecture 6 ( EO lecture 3) | ||
HT 2012, 50536
Lecture
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Modulators – Light propagation in anisotropic media. Electro-optic and acousto-optic effects. Distribution of first Home Assignment |
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Week 45 2012 | Show in My Schedule | ||
Mon 5 nov 08:00-10:00 | No lecture | ||
HT 2012, 50536
Lecture
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Tue 6 nov 08:00-10:00 | QE lecture 7 | ||
HT 2012, 50536
Lecture
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The phase-shifter. The beam splitter. The photo detector. The interferometer. |
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Fri 9 nov 15:00-17:00 | QE lecture 8 | ||
HT 2012, 50536
Lecture
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Analysis of a contemporary experiment: Quantum teleportation, Quantum cryptography, Quantum erasure, Delayed choice, 2012 year's Nobel prize in Physics? |
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Week 46 2012 | Show in My Schedule | ||
Mon 12 nov 10:00-12:00 | QE lecture 9 (EO lecture 4) | ||
HT 2012, 50536
Lecture
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Light-matter interaction– Spontaneous emission. Stimulated emission. Einstein’s A and B coeff. Line broadening |
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Tue 13 nov 08:00-10:00 | QE lecture 10 (EO lecture 5) | ||
HT 2012, 50536
Lecture
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Lasers – Laser action. Rate equations. Pumping. |
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Fri 16 nov 15:00-17:00 | QE lecture 11 (EO lecture 6) | ||
HT 2012, 50536
Lecture
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Lasers – Mode-locking and Q-switching. Common lasers. Distribution of Home Assignment Set 2 |
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Week 47 2012 | Show in My Schedule | ||
Mon 19 nov 08:00-10:00 | QE lecture 12 (EO lecture 7) | ||
HT 2012, 50536
Lecture
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Nonlinear Optics – The nonlinear polarization. From Maxwell equations to the coupled-wave equations.
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Tue 20 nov 08:00-10:00 | QE lecture 13 (EO lecture 8) | ||
HT 2012, 50536
Lecture
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2nd order nonlinear optics – Second harmonic generation. Phase-matching. |
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Fri 23 nov 15:00-17:00 | QE lecture 14 (EO lecture 9) | ||
HT 2012, 50536
Lecture
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2nd order nonlinear optics – Optical parametric generation, amplification and oscillation. |
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Week 48 2012 | Show in My Schedule | ||
Mon 26 nov 08:00-10:00 | QE lecture 15 | ||
HT 2012, 50536
Lecture
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Phase insensitive amplification. Linear loss. Parametric (phase-sensitive) amplification |
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Tue 27 nov 08:00-10:00 | QE lecture 16 (EO lecture 10) | ||
HT 2012, 50536
Lecture
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Optical waveguides – Basic principles. TE and TM modes in slab waveguides. Channel waveguides and optical fibres.
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Thu 29 nov 13:00-15:00 | No lecture | ||
HT 2012, 50536
Lecture
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Fri 30 nov 15:00-17:00 | QE lecture 17 (EO lecture 11) | ||
HT 2012, 50536
Lecture
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Mode coupling – Coupled-wave analysis. Periodic medium - Bragg reflector. Directional coupler. Waveguide in- out- coupling. |
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Week 49 2012 | Show in My Schedule | ||
Mon 3 dec 08:00-10:00 | QE lecture 18 (EO lecture 12) | ||
HT 2012, 50536
Lecture
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Analysis of a contemporary experiment. |
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Tue 4 dec 08:00-10:00 | No lecture | ||
HT 2012, 50536
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Thu 6 dec 13:00-15:00 | No lecture | ||
HT 2012, 50536
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Fri 7 dec 15:00-17:00 | No lecture | ||
HT 2012, 50536
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