Quantum electrodynamics and quantum optics
PHYS-453
This file is part of the content downloaded from Quantum electrodynamics and quantum optics.
- Student Forum (Forum)
- Quantum electrodynamics and quantum opticsLink to ... (Text and media area)
- Welcome video (URL)
- Zoom Session 2024 Fall (URL)
- Content covered by the course (Page)
- Course Discord (URL)
- Google sheet with the schedule of presentations (URL)
- Introductory Slides (File)
- Complete books of chapters covered in the course (Text and media area)
- Quantum Optics - O. Scully (File)
- Quantum Optics - Walls & Milburn (File)
- Statistical Methods in Quantum Optics - Howard J. Carmichael (File)
- Mecanique Quantique III (FR) - Cohen-Tannoudji (File)
- Quantum Mechanics III (EN) - Cohen-Tannoudji (File)
- Measuring the quantum state of light - Ulf Leonhardt (File)
- The Quantum Vacuum - Milonni (File)
- Quantum Optics - Vogel, Welsch (File)
- Beamer Template for Presentation (File)
- Announcements (Forum)
- Week 1 : Field quantization (Text and media area)
- Lecture 1 video (URL)
- Readings (Text and media area)
- Quantum Optics Walls Milburn Chap1+2 (File)
- Quantum Optics Scully Chap1 (File)
- Mécanique quantique. Tome III Cohen-Tannoudji Chap XIX (File)
- Mécanique quantique. Tome III Cohen-Tannoudji Chap XVIII (File)
- The Quantum Vacuum Milonni Chap 1+2 (File)
- Summary slide (Text and media area)
- Week 1 summary slide (File)
- Supplementary information (Text and media area)
- Original references (Folder)
- Casimir, H. B. G. (1948). ”On the attraction between two perfectly conducting plates” (File)
- Homework (Text and media area)
- Homework 1 (File)
- Homework 1 solutions (File)
- Lecture notes (Text and media area)
- Lecture 1 notes (File)
- Paper for presentation (Text and media area)
- What is the algorithm for the quantization procedu... (Text and media area)
- Circuit QED Girvin Les Houches - chap 2 (File)
- Presentation Slides (Text and media area)
- 2024 Presentation - Yassin (File)
- 2024 Handout - Yassin (File)
- Week 2 : Coherent and squeezed states (Text and media area)
- Lecture 2 video (URL)
- Lecture 2 - part 2 video (URL)
- Readings (Text and media area)
- Quantum Optics - Marlan O. Scully, M. Suhail Zubairy - chapter 2 (File)
- Summary slide (Text and media area)
- Summary slide week 2 (File)
- Supplementary information (Text and media area)
- Creation of large-photon-number path entanglement conditioned on photodetection (File)
- Coherent and incoherent states of the radiation field (File)
- Teleportation an unknown quantum state via dual classical and EPR channels (File)
- Super-resolving phase measurements with a multi photon entanglement state (File)
- Squeezed states of light (File)
- Homework (Text and media area)
- Homework 2 (File)
- Homework 2 solutions (File)
- Lecture notes (Text and media area)
- Lecture 2 notes (File)
- Paper for presentation (Text and media area)
- Squeezed States and Sub-Poissonian Photon Statistics - L. Mandel (File)
- What are the quadratures of the field E1 and E2 an... (Text and media area)
- Presentation Slides (copy) (Text and media area)
- Week 3 : Squeezed States and Phase space represent... (Text and media area)
- Lecture 3 video (URL)
- Readings (Text and media area)
- Quantum Optics - Walls D. F., Milburn G. J. - Chapter 3 (File)
- Quantum Optics - Walls D. F., Milburn G. J. - Chapter 4 (File)
- Quantum Optics - Werner Vogel, Dirk-Gunnar Welsch - chapter 3 (File)
- Quantum Optics - Werner Vogel, Dirk-Gunnar Welsch - chapter 4 (File)
- Quantum Optics O. Scully - chapter 3 (File)
- Quantum Optics O. Scully - chapter 4 (File)
- Stochastic Methods Gardiner Chapter 10 (File)
- Summary slide (Text and media area)
- Summary slide week 3 (File)
- Supplementary information (Text and media area)
- QuTiP Documentation (File)
- Additional references (Folder)
- Homework (Text and media area)
- Homework 3 (File)
- Homework 3 solutions (File)
- Lecture notes (Text and media area)
- Lecture 3 notes (File)
- Paper for presentation (copy) (Text and media area)
- How is the NOON state created in experiment? How i... (Text and media area)
- Super-resolving phase measurements with a multiphoton entangled state (File)
- De Broglie wavelength of a non-local four-photon state (for reference) (File)
- New High-Intensity Source of Polarization-Entangled Photon Pairs. (for reference) (File)
- Presentation slides (Text and media area)
- 2024 Presentation -Arnold (File)
- Handout -Arnold (File)
- Week 4 : Wigner function and photon statistics (Text and media area)
- Lecture 4 video (URL)
- Readings (Text and media area)
- Statistical Methods in Quantum Optics Chapter 3-4 (File)
- Measuring the quantum state of light Chapter 3 (File)
- Summary slide (Text and media area)
- Summary slide week 4 (File)
- Supplementary information (Text and media area)
- Additional references (Folder)
- Homework (Text and media area)
- Homework 4 (File)
- Homework 4 solutions (File)
- Lecture notes (Text and media area)
- Lecture 4 notes (File)
- Paper for presentation (copy) (Text and media area)
- Measurement of Subpicosecond Time Intervals between Two Photons by Interference (File)
- Shot-by-shot imaging of Hong-Ou-Mandel interference with an intensified sCMOS camera (for reference) (File)
- How are the correlated-two-photon state defined? C... (Text and media area)
- Presentation Slides (copy) (copy) (Text and media area)
- Presentation handnote 2024 (File)
- Week 5 : Homodyne detection, Wigner function (Text and media area)
- Lecture 5 video (URL)
- Summary slide (Text and media area)
- Summary slides week 5 (File)
- Readings (Text and media area)
- Measurement of the quantum states of squeezed light (File)
- Teleportation of continuous quantum variables (File)
- Criteria for continuous variable quantum teleportation (File)
- Experimental quantum teleportation (File)
- Leon Cohen - Time Frequency Analysis_ Theory and Applications-Prentice Hall (1994).pdf (File)
- Circuit quantum electrodynamics (File)
- Additional references (Folder)
- Homework (Text and media area)
- Homework 5 (File)
- Homework 5 solutions (File)
- Lecture notes (Text and media area)
- Lecture 5 notes (File)
- Paper for presentation (copy) (copy) (Text and media area)
- Quantum State Reconstruction of the Single-Photon Fock State (File)
- Wigner function as the expectation value of a parity operator(for referrence) (File)
- What's the expression of Wigner function they used... (Text and media area)
- Presentation (Text and media area)
- Presentation week5 - Zayneb (File)
- Week 6 : The anharmonic oscillator: Josephson Junc... (Text and media area)
- Lecture 6 video (URL)
- Summary slide (Text and media area)
- Summary slides week 6 (File)
- Readings (Text and media area)
- Terry Orlando, Kevin A. Delin - Foundations of Applied Superconductivity-chap 5 (File)
- Terry Orlando, Kevin A. Delin - Foundations of Applied Superconductivity-chap 8 (File)
- Circuit QED Girvin Les Houches - chap 2-4 (File)
- Les Houches 2004 Quantum Entanglement and Information Processing, Devoret Superconducting Qubits (File)
- Superconducting Qubits: A Short Review (File)
- Homework (Text and media area)
- Homework 6 (File)
- Homework 6 solutions (File)
- Lecture notes (Text and media area)
- Lecture 6 notes (File)
- Paper for presentation (copy) (copy) (copy) (Text and media area)
- Charge-insensitive qubit design derived from the Cooper pair box (File)
- Present section I & II onlyBriefly explain the Jos... (Text and media area)
- Presentation Slides (copy) (copy) (copy) (Text and media area)
- Presentation 6 - Pan Zhang (File)
Autumn vacation week
- Week 7 : Atom-field interaction (Text and media area)
- Lecture 7 video (URL)
- Summary slide (Text and media area)
- Summary slides week 7 (File)
- Readings (Text and media area)
- Quantum Optics - Scully - Chapter 5 (File)
- Introductory quantum optics-Gerry, Knight- Chapter 4 (File)
- Homework (Text and media area)
- Homework 7 (File)
- Hydrogen Orbitals Jupyter notebook (File)
- Homework 7 solutions (File)
- Lecture notes (Text and media area)
- Lecture 7 notes (File)
- Paper for presentation (copy) (copy) (copy) (copy) (Text and media area)
- Strong coupling of a single photon to a superconducting qubit using circuit quantum electrodynamics (File)
- Climbing the Jaynes–Cummings ladder and observing sqrt(n) nonlinearity in a cavity QED system (File)
- What is the Jaynes-Cummings (JC) model between a t... (Text and media area)
- Presentation Slides (copy) (copy) (copy) (copy) (Text and media area)
- Presentation 8 - Nikolay (File)
- Week 8 : Atom-field interaction, Synthesizing quan... (Text and media area)
- Lecture 8 video (URL)
- Summary slide (Text and media area)
- Summary slides week 8 (File)
- Readings (Text and media area)
- Quantum Optics O. Scully - chapter 6 (File)
- First observation of EIT - PRL 1991 (File)
- Nonlinear optical processes using electromagnetically induced transparency (File)
- Block-Siegert Shift: Quantum Optics for Beginners Chap 9 (File)
- Light speed reduction to 17 m/s in an ultracold atomic gas (File)
- Optomechanically Induced Transparency - Science 2010 (File)
- EIT using optomechanics - Nature 2011 (File)
- Gain-assisted superluminal light propagation - Nature 2000 (File)
- Homework (Text and media area)
- Homework 8 (updated) (File)
- Homework 8 solutions (File)
- Lecture notes (Text and media area)
- Lecture 8 notes (File)
- Paper for presentation (copy) (copy) (copy) (copy) (copy) (Text and media area)
- Synthesizing arbitrary quantum states in a superconducting resonator (File)
- Generation of Fock states in a superconducting quantum circuit (File)
- Explain the excitation swapping between qubit and ... (Text and media area)
- Presentation Slides (copy) (copy) (copy) (copy) (copy) (Text and media area)
- Presentation 8 - Junzhe (File)
- Week 9 : Quantum Langevin equation for an open cav... (Text and media area)
- Lecture 9 video (URL)
- Summary slide (Text and media area)
- summary slide week 9 (File)
- Readings (Text and media area)
- Walls D. F., Milburn G. J. - Quantum Optics Chapter 7 (File)
- Observation of Cavity-Enhanced Single-Atom Spontaneous Emission (File)
- Observation of Inhibited Spontaneous Emission (File)
- Observing the Quantum Limit of an Electron Cyclotron: QND Measurements of Quantum Jumps between Fock States (File)
- Circuit QED Girvin Les Houches - Appendix A (File)
- Homework (Text and media area)
- Homework 9 (File)
- Homework 9 solutions (File)
- Lecture notes (Text and media area)
- Lecture 9 notes (File)
- Paper for presentation (Text and media area)
- Quantum theory of a bandpass Purcell filter for qubit readout (File)
- Fast reset and suppressing spontaneous emission of a superconducting qubit (File)
- What is Purcell effect in atom radiative decay? Wh... (Text and media area)
- Presentation Slides (copy) (copy) (copy) (copy) (copy) (copy) (Text and media area)
- Week 10 : cQED dispersive regime and QND meas... (Text and media area)
- Lecture 10 video (URL)
- Summary slide (Text and media area)
- summary slide week 10 (File)
- Readings (Text and media area)
- Scully M. O., Zubairy M. S. - Quantum Optics - Chapter 19 (File)
- Manipulation of photons in a cavity by dispersive atom-field coupling- Quantum-nondemolition measurements and generation of Schrödinger cat states PRA 1992 (File)
- Quantum jumps of light recording the birth and death of a photon in a cavity (File)
- Dispersive regime circuit QED - PRA 2004 (File)
- Supplementary information (Text and media area)
- Exploring the quantum: atoms, cavities, and photons - Serge Haroche, Jean-Michel Raimond (File)
- Gerry, Knight. Introductory quantum optics (File)
- QND - dispersive shift - Rydberg-Atom - PRL 1990 (File)
- Purcell effect - Cavity QED - Haroche and Kleppner 1989 (File)
- Simulation for QED Dispersive Regime (URL)
- Homework (Text and media area)
- Homework 10 (File)
- Homework 10 Solutions (File)
- Lecture notes (Text and media area)
- Lecture 10 notes (File)
- Paper for presentation (copy) (Text and media area)
- Photon number resolving CQED - Schuster - Nature 2007 (File)
- Describe the parameter diagram in fig1 and where i... (Text and media area)
- Presentation Slides (copy) (copy) (copy) (copy) (copy) (copy) (copy) (Text and media area)
- 2024 - Presentation 10 - Simon (File)
- Week 11 : Introduction to Quantum Measurement... (Text and media area)
- Lecture video (Text and media area)
- lecture 11 video (URL)
- Summary slide (Text and media area)
- Summary slide week 11 (File)
- Readings (Text and media area)
- Exploring the quantum - chapter 5 (File)
- Trapping Atoms by the Vacuum Field in a Cavity (File)
- Cavity quantum electrodynamics for superconducting electrical circuits- An architecture for quantum computation (File)
- Quantum jumps of light recording the birth and death of a photon in a cavity (File)
- Resolving photon number states in a superconducting circuit (File)
- Supplementary information (Text and media area)
- Quantum Switches and Nonlocal Microwave Fields, L. Davidovich,..., S. Haroche (File)
- Introduction to quantum noise, measurement, and amplification, A. A. Clerk (File)
- Homework (Text and media area)
- Homework 11 (File)
- Homework 11 Solutions (File)
- Lecture notes (Text and media area)
- Lecture 11 notes (File)
- Paper for presentation (copy) (copy) (Text and media area)
- Reconstruction of non-classical cavity field states with snapshots of their decoherence (File)
- Quantum jumps of light recording the birth and death of a photon in a cavity (File)
- What are the time scale of different components, e... (Text and media area)
- Presentation Slides (copy) (copy) (copy) (copy) (copy) (copy) (copy) (copy) (Text and media area)
- Presentation 11 - Nicolò (File)
- Week 12 : Quantum limits of interferometric measur... (Text and media area)
- lecture 12 video (URL)
- Summary slide (Text and media area)
- Summary slide week 12 (File)
- optomechanics equations of motion (File)
- Readings (Text and media area)
- Walls D. F., Milburn G. J. - Quantum Optics 8.3 (File)
- Supplementary information (Text and media area)
- Cavity Optomechanics: Review of modern physics (For SQL) (File)
- Observation of Radiation Pressure Shot-Noise - Science 2013 (File)
- Optomechanics Linearized Hamiltonian - Arizona Winter School 2013 by A. Clerk (URL)
- Homework (Text and media area)
- Homework 12 (File)
- Lecture notes (copy) (Text and media area)
- Lecture 12 notes (File)
- Paper for presentation (Text and media area)
- Quantum limits in interferometric detection of gravitational radiation (File)
- Effect of gravitational wave in an interferometer ... (Text and media area)
- Presentation Slides (copy) (copy) (copy) (copy) (copy) (copy) (copy) (copy) (copy) (copy) (Text and media area)
- Presentation 12 - Tuana (File)
- Week 13 : Ponderomotive Squeezing (Text and media area)
- lecture 13 video (URL)
- Summary slide (Text and media area)
- summary slide week 13 (File)
- Readings (Text and media area)
- Quantum Optomechanics - Bowen - Chapter 4 (File)
- Strong Optomechanical Squeezing - PRX 2013 (File)
- Supplementary information (Text and media area)
- A. Safavi-Naeini's Thesis - For detailed calculations of squeezing (URL)
- Homework (Text and media area)
- Homework 13 (File)
- Paper for presentation (copy) (Text and media area)
- Squeezed light from a silicon micromechanical resonator (File)
- What is optomechanical Hamiltonian? How does linea... (Text and media area)
- Presentation Slides (copy) (copy) (copy) (copy) (copy) (copy) (copy) (copy) (copy) (Text and media area)