Homodyne detection: Revision history

28 April 2022

• curprev 19:5319:53, 28 April 2022‎ Xie Chengkun talk contribs‎ 25,539 bytes −1,716‎ →‎Electric Optic Effect
• curprev 19:5019:50, 28 April 2022‎ Xie Chengkun talk contribs‎ 27,255 bytes −8‎ →‎Electric Optic Effect
• curprev 19:4919:49, 28 April 2022‎ Xie Chengkun talk contribs‎ 27,263 bytes +31‎ →‎Electric Optic Effect
• curprev 19:4719:47, 28 April 2022‎ Xie Chengkun talk contribs‎ 27,232 bytes +1,726‎ →‎Results & Discussion
• curprev 01:0201:02, 28 April 2022‎ Johnkhootf talk contribs‎ m 25,506 bytes −99‎ Minor cleanup
• curprev 00:4200:42, 28 April 2022‎ Johnkhootf talk contribs‎ 25,605 bytes +176‎ Record more apparatus parameters

27 April 2022

• curprev 10:2410:24, 27 April 2022‎ Johnkhootf talk contribs‎ 25,429 bytes +45‎ →‎Setup & Methodology: Fix impedance expression
• curprev 08:1008:10, 27 April 2022‎ Johnkhootf talk contribs‎ 25,384 bytes +51‎ Add conclusion
• curprev 08:0508:05, 27 April 2022‎ Johnkhootf talk contribs‎ 25,333 bytes +3,792‎ →‎Results & Discussion: Complete phase modulation discussion and record fringe results
• curprev 06:5806:58, 27 April 2022‎ Johnkhootf talk contribs‎ 21,541 bytes +3,022‎ →‎Setup & Methodology: Complete description
• curprev 06:0606:06, 27 April 2022‎ Johnkhootf talk contribs‎ 18,519 bytes +808‎ →‎Results & Discussion: Add videos
• curprev 04:5604:56, 27 April 2022‎ Johnkhootf talk contribs‎ 17,711 bytes +4,777‎ →‎Setup & Methodology: Add tragic LiNbO3 story and explain choice of bases

26 April 2022

• curprev 15:2015:20, 26 April 2022‎ Johnkhootf talk contribs‎ 12,934 bytes +2,027‎ →‎Results & Discussion: Discuss issues with EOM board and crystal reflections
• curprev 15:0615:06, 26 April 2022‎ Johnkhootf talk contribs‎ 10,907 bytes +3,257‎ →‎Setup & Methodology: Write up the two more complex sections
• curprev 14:3814:38, 26 April 2022‎ Johnkhootf talk contribs‎ m 7,650 bytes +1‎ →‎Setup & Methodology: Rename image
• curprev 08:1908:19, 26 April 2022‎ Johnkhootf talk contribs‎ 7,649 bytes −30‎ Use chem tags instead of math
• curprev 08:1608:16, 26 April 2022‎ Johnkhootf talk contribs‎ 7,679 bytes +142‎ →‎Setup & Methodology: Add image of setup
• curprev 07:5907:59, 26 April 2022‎ Johnkhootf talk contribs‎ 7,537 bytes +1,380‎ →‎Setup & Methodology: Provide high level overview and section headings
• curprev 07:1707:17, 26 April 2022‎ Johnkhootf talk contribs‎ 6,157 bytes +121‎ →‎Results & Discussion: Add link to data sheet
• curprev 06:1806:18, 26 April 2022‎ Johnkhootf talk contribs‎ 6,036 bytes +1,310‎ →‎Theory: Copy over Chengkun's part
• curprev 06:1406:14, 26 April 2022‎ Johnkhootf talk contribs‎ 4,726 bytes +1,194‎ Overhaul intro and background, add headings

8 February 2022

• curprev 08:4908:49, 8 February 2022‎ Johnkhootf talk contribs‎ 3,532 bytes +4‎ No edit summary
• curprev 08:4808:48, 8 February 2022‎ Johnkhootf talk contribs‎ 3,528 bytes +1,020‎ No edit summary

6 February 2022

• curprev 04:3504:35, 6 February 2022‎ Johnkhootf talk contribs‎ 2,508 bytes +254‎ →‎Background Reading

5 February 2022

• curprev 14:4714:47, 5 February 2022‎ Johnkhootf talk contribs‎ 2,254 bytes +888‎ Add description of shot-noise limited homodyne detection
• curprev 14:2714:27, 5 February 2022‎ Johnkhootf talk contribs‎ 1,366 bytes +92‎ No edit summary
• curprev 14:2714:27, 5 February 2022‎ Johnkhootf talk contribs‎ m 1,274 bytes 0‎ Johnkhootf moved page Continuous-variable QKD with Gaussian modulation and coherent states to Homodyne detection: Change in scope and focus of project

19 January 2022

• curprev 02:0902:09, 19 January 2022‎ Johnkhootf talk contribs‎ 1,274 bytes +225‎ →‎Introduction: Update with Christian's comments

15 January 2022

• curprev 11:4711:47, 15 January 2022‎ Johnkhootf talk contribs‎ 1,049 bytes +4‎ →‎Background Reading
• curprev 11:4611:46, 15 January 2022‎ Johnkhootf talk contribs‎ 1,045 bytes +1,045‎ Created page with "== Introduction == While the first protocols for quantum key distribution (QKD) involved discrete variables (DV) in finite, small dimensions, QKD can also be done using continuous variables (CV) in infinite dimensions, i.e. the state of an electromagnetic field. Using Gaussian modulation and coherent states makes the QKD system relatively easy to implement and analyse, although getting positive key rates is a different matter. We will attempt to build a CV-QKD setup from..."