Purdue University Spring 2014 Prof. Yong P. Chen ([email protected]) Lecture 10 (2/16/2014) Slide 1 Introduction to Quantum Optics & Quantum Photonics PHYS522 ECE695 (“Coherent Optics & Quantum Electronics”) http://www.physics.purdue.edu/academic_programs/courses/phys522/ Lecture 10 Quantum Optics of Photons 1 Reminder: •Lecture notes taker •Seminar Friday •Next week lecture: Monday by Prof. Elliott (Chap5-6); Wednesday by David Blasing (Chap 9, light-atom) •HWK3 due in 2 weeks, see online
Lecture 10 Quantum Optics of Photons 1. Reminder: Lecture notes taker Seminar Friday Next week lecture: Monday by Prof. Elliott (Chap5-6); Wednesday by David Blasing (Chap 9, light-atom) HWK3 due in 2 weeks, see online. Course Outline. Part 1: basic review: Optics+Quantum; - PowerPoint PPT Presentation
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Purdue University Spring 2014 Prof. Yong P. Chen ([email protected]) Lecture 10 (2/16/2014) Slide 1
Introduction to Quantum Optics & Quantum Photonics
Reminder: •Lecture notes taker•Seminar Friday•Next week lecture: Monday by Prof. Elliott (Chap5-6); Wednesday by David Blasing (Chap 9, light-atom)•HWK3 due in 2 weeks, see online
Purdue University Spring 2014 Prof. Yong P. Chen ([email protected]) Lecture 10 (2/16/2014) Slide 2
Introduction to Quantum Optics & Quantum Photonics
Lectures Topics Lecture 1 (1/13) Overview (FQ1+) Lecture 2 (1/15) Review Classical Optics (FQ2; FS1-2) No Class on 1/20 Monday (MLK day) Lecture 3 (1/22) Review Quantum Mechanics, birth of photons (FQ3+) Lecture 4 (1/27) Quantum Information, cryptography & communication (FQ12) Lecture 5 (1/29) Radiative Transitions in Atoms & Molecules (FQ4; FS8.2) Lecture 6 (2/03) Radiative/Inter-band transition in solids (FS3, FS7.3.2) Lecture 7 (2/05) Masers & Lasers: CW, pulsed, frequency comb, Xasers Lecture 8 (2/10) Photon Statistics (FQ5) Lecture 9 (2/12) Photon Correlation (FQ6), extension to other (quasi)particles Lecture 10 (2/17) Coherent, Squeezed & Number states (FQ7,8) Lecture 11 (2/19) Resonant Light-atom interaction, density matrices, Rabi oscillation (FQ9) Lecture 12 (2/24) Solid state quantum structures: wells, wires and dots (FS6) Lecture 13 (2/26) Laser cooling of atoms & solids (FQ11+) Lecture 14 (3/03) Cold atoms & atom optics, atom lasers (given by TA R. Niffenegger) Lecture 15 (3/05) TBD (Special topics/APS/coherent control) Lecture 16 (3/10) Excitons and Polaritons (FS4+) Lecture 17 (3/12) Luminescence, Luminescence/NV centers & quantum emitters (FS5,9+) No classes on 3/17 & 3/19 (Spring Break) Lecture 18 (3/24) EIT, slow light (Agarwal) & coherent control Lecture 19 (3/26) Quantum entanglement, memory & teleportation (FQ14) Lecture 20 (3/31) Atoms in cavities, Jaynes-Cummings model (FQ10) Lecture 21 (4/02) Cavity QED/circuit QED, optomechanics Lecture 22 (4/07) Quantum Computing, photon based QC (FQ13+) Lecture 23 (4/09) Quantum Computing systems: ions, Rydberg atoms, molecules Lecture 24 (4/14) Quantum Computing systems: superconductor/cQED, quantum dots, NMR Lecture 25 (4/16) Photonics with nanomaterials: CNT, graphene & 2D materials (FS8+) Lecture 26 (4/21) Phonons/Vibrons and Raman spectroscopy, CARS (FS10) Lecture 27 (4/23) Special topics: Quantum Sensing & Photodetectors, applications Lecture 28 (4/28) Special topics: Optically synthetic gauge fields/topological/quantum
matter, quantum emulation, student presentations Lecture 29 (4/30) Special topics: Casimir, (quantum) plasmonics etc. student presentations Final Exam on (TBD)