User contributions for Ros

19 December 2023

• 12:3212:32, 19 December 2023 diff hist +78 T-I No edit summary
• 12:3112:31, 19 December 2023 diff hist +260 T-I No edit summary
• 12:2812:28, 19 December 2023 diff hist +2,436 N Homework Created page with " === Homework: freezing as a localization/condensation transition === In this final exercise, we show how the freezing transition can be understood in terms of extreme valued statistics (discussed in the lecture) and localization. We consider the energies of the configurations and define <math> E_\alpha= - N \sqrt{\log 2} + \delta E_\alpha </math>, so that <center><math> {Z} = e^{ \beta N \sqrt{\log 2} }\sum_{\alpha=1}^{2^N} e^{-\beta \delta E_\alpha}= e^{ \beta N \sqrt..."
• 12:2812:28, 19 December 2023 diff hist −2,439 T-I No edit summary
• 12:2412:24, 19 December 2023 diff hist −4,824 T-2 No edit summary
• 12:2412:24, 19 December 2023 diff hist −16 T-2 No edit summary
• 12:2312:23, 19 December 2023 diff hist +17 T-2 No edit summary
• 12:2312:23, 19 December 2023 diff hist +33 T-II-3 No edit summary
• 12:2112:21, 19 December 2023 diff hist −20 Main Page →Lectures and tutorials
• 12:2112:21, 19 December 2023 diff hist +4,825 N T-II-3 Created page with "=== Problem 3: the RS (Replica Symmetric) calculation=== <!-- Remember however that to get the free energy, we are interested in the limit <math>n \to 0</math>. A standard way to proceed is: (i) make an ansatz on the structure of the matrix Q, (ii) compute <math>\mathcal{A}[Q]</math> within this ansatz and expand <math>\mathcal{A}[Q]= n\mathcal{A}_0 + O(n^2)</math>, (iii) perform the saddle-point calculation on <math>\mathcal{A}_0</math>. --> Let us consider the simple..."
• 12:2012:20, 19 December 2023 diff hist −2 T-2 →Problem 4: the 1-RSB (Replica Symmetry Broken) calculation
• 12:2012:20, 19 December 2023 diff hist +266 T-2 →Problem 4: the 1-RSB (Replica Symmetry Broken) calculation
• 12:1712:17, 19 December 2023 diff hist +279 T-2 →Problem 4: the 1-RSB (Replica Symmetry Broken) calculation
• 12:0312:03, 19 December 2023 diff hist −14 T-2 →Problem 4: the 1-RSB (Replica Symmetry Broken) calculation
• 12:0212:02, 19 December 2023 diff hist +26 T-2 →Problem 4: the 1-RSB (Replica Symmetry Broken) calculation
• 12:0212:02, 19 December 2023 diff hist +113 T-2 →Problem 4: the 1-RSB (Replica Symmetry Broken) calculation
• 11:5911:59, 19 December 2023 diff hist +3 T-2 →Problem 4: the 1-RSB (Replica Symmetry Broken) calculation
• 11:4411:44, 19 December 2023 diff hist +234 T-2 →Problem 4: the 1-RSB (Replica Symmetry Broken) calculation
• 11:1711:17, 19 December 2023 diff hist +26 T-2 →Problem 4: the 1-RSB (Replica Symmetry Broken) calculation
• 11:1311:13, 19 December 2023 diff hist +97 T-2 →Problem 4: the 1-RSB (Replica Symmetry Broken) calculation
• 11:0311:03, 19 December 2023 diff hist −350 T-2 →Problem 4: the 1-RSB (Replica Symmetry Broken) calculation Tag: Manual revert
• 11:0211:02, 19 December 2023 diff hist +274 T-2 →Problem 4: the 1-RSB (Replica Symmetry Broken) calculation
• 11:0111:01, 19 December 2023 diff hist +76 T-2 →Problem 4: the 1-RSB (Replica Symmetry Broken) calculation
• 11:0011:00, 19 December 2023 diff hist +2 T-2 →Problem 3: the RS (Replica Symmetric) calculation
• 11:0011:00, 19 December 2023 diff hist +29 T-2 →Problem 3: the RS (Replica Symmetric) calculation
• 10:5910:59, 19 December 2023 diff hist −990 T-2 →Problem 4: the 1-RSB (Replica Symmetry Broken) calculation
• 10:5810:58, 19 December 2023 diff hist +493 T-2 →Problem 4: the 1-RSB (Replica Symmetry Broken) calculation
• 10:5810:58, 19 December 2023 diff hist +501 T-2 →Problem 4: the 1-RSB (Replica Symmetry Broken) calculation
• 10:5710:57, 19 December 2023 diff hist +468 T-2 →Problem 4: the 1-RSB (Replica Symmetry Broken) calculation

17 December 2023

• 14:1314:13, 17 December 2023 diff hist +109 Main Page →Lectures and tutorials
• 14:1114:11, 17 December 2023 diff hist −1 T-I No edit summary
• 14:1014:10, 17 December 2023 diff hist +69 Main Page No edit summary
• 14:0814:08, 17 December 2023 diff hist +217 T-2 No edit summary
• 13:5913:59, 17 December 2023 diff hist 0 T-2 →Problem 4: the 1-RSB (Replica Symmetry Broken) calculation
• 13:5813:58, 17 December 2023 diff hist +7 T-2 →Problem 4: the 1-RSB (Replica Symmetry Broken) calculation
• 13:5813:58, 17 December 2023 diff hist +573 T-2 No edit summary
• 13:4513:45, 17 December 2023 diff hist +111 T-2 →Problem 4: the 1-RSB (Replica Symmetry Broken) calculation
• 13:4413:44, 17 December 2023 diff hist −67 T-2 →Problem 4: the 1-RSB (Replica Symmetry Broken) calculation
• 13:4213:42, 17 December 2023 diff hist +773 T-2 No edit summary
• 12:2512:25, 17 December 2023 diff hist +74 T-2 No edit summary
• 12:2412:24, 17 December 2023 diff hist −3 T-2 →Problem 3: the replica symmetric approximation
• 12:2412:24, 17 December 2023 diff hist +54 T-2 →Problem 3: the replica symmetric approximation
• 12:0812:08, 17 December 2023 diff hist −10 T-2 No edit summary
• 12:0812:08, 17 December 2023 diff hist −32 T-2 No edit summary
• 12:0512:05, 17 December 2023 diff hist 0 T-2 →Problem 3: the replica trick and the quenched free energy
• 12:0412:04, 17 December 2023 diff hist −38 T-2 →Problem 3: the replica trick and the quenched free energy
• 12:0412:04, 17 December 2023 diff hist +289 T-2 →Problem 3: the replica trick and the quenched free energy
• 12:0112:01, 17 December 2023 diff hist +29 T-2 →Problem 2: the replica trick and the quenched free energy
• 11:5911:59, 17 December 2023 diff hist +387 T-2 No edit summary
• 11:5011:50, 17 December 2023 diff hist −7 T-2 No edit summary