User contributions for Bnikolic

1 April 2020

• 19:1919:19, 1 April 2020 diff hist −1 Template:News No edit summary
• 19:1919:19, 1 April 2020 diff hist +34 Homework No edit summary

29 March 2020

• 08:1408:14, 29 March 2020 diff hist +159 Lectures →Additional references

24 March 2020

• 09:0109:01, 24 March 2020 diff hist +23 Homework Set 2 →Problem 1: Canonical partition function for a single spin-1/2
• 09:0009:00, 24 March 2020 diff hist 0 Homework Set 2 →Problem 2: Bloch equation for thermal relaxation and decoherence of a two-level system

23 March 2020

• 10:3710:37, 23 March 2020 diff hist 0 Homework No edit summary
• 10:3710:37, 23 March 2020 diff hist 0 Template:News No edit summary

19 March 2020

• 07:2207:22, 19 March 2020 diff hist −6 Lectures →Additional references
• 07:2107:21, 19 March 2020 diff hist +44 Lectures →Additional references
• 07:2007:20, 19 March 2020 diff hist +165 Lectures →Lecture 2: Density operator formalism for proper and improper mixed quantum states

13 March 2020

• 14:1914:19, 13 March 2020 diff hist +1 Template:News No edit summary
• 13:0813:08, 13 March 2020 diff hist +407 Template:News No edit summary

10 March 2020

• 20:2520:25, 10 March 2020 diff hist 0 Template:News No edit summary
• 20:2420:24, 10 March 2020 diff hist +1 Template:Lecture in Progress No edit summary
• 20:2320:23, 10 March 2020 diff hist 0 Homework Set 3 →Problem 1: Canonical partition function for two noninteracting fermions in a box
• 20:2220:22, 10 March 2020 diff hist +30 Homework Set 3 →Problem 4: Stoner ferromagnetism
• 20:2220:22, 10 March 2020 diff hist +30 Homework Set 3 →Problem 3: Pauli paramagnetism
• 20:2120:21, 10 March 2020 diff hist −98 Homework Set 3 →Problem 1: Canonical partition function for two noninteracting fermions in a box
• 20:1720:17, 10 March 2020 diff hist +43 Homework Set 3 →Problem 1: Canonical partition function for two noninteracting fermions in a box
• 20:1620:16, 10 March 2020 diff hist +8 Homework Set 3 No edit summary
• 20:1620:16, 10 March 2020 diff hist +1,080 Homework Set 3 No edit summary
• 20:1120:11, 10 March 2020 diff hist +34 Homework No edit summary

7 March 2020

• 07:3307:33, 7 March 2020 diff hist +109 Homework Set 1 →Problem 4: Successive measurements on subsystems of composite bipartite quantum system

5 March 2020

• 20:2020:20, 5 March 2020 diff hist +28 Homework Set 1 →Problem 2: Dynamics of the Bloch vector
• 20:1720:17, 5 March 2020 diff hist +48 Homework Set 2 →Problem 2: Bloch equation for thermal relaxation and decoherence of a two-level system
• 20:1520:15, 5 March 2020 diff hist −3 Homework Set 2 →Problem 2: Bloch equation for thermal relaxation and decoherence of a two-level system
• 11:1811:18, 5 March 2020 diff hist 0 Homework No edit summary

4 March 2020

• 15:5415:54, 4 March 2020 diff hist −9 Template:Quick Links No edit summary
• 15:5415:54, 4 March 2020 diff hist +82 Template:Quick Links No edit summary
• 15:5215:52, 4 March 2020 diff hist −1 Mathematica →Mathematica Notebooks for Statistical Mechanics
• 15:5215:52, 4 March 2020 diff hist +51 Mathematica No edit summary
• 15:5115:51, 4 March 2020 diff hist −50 Lectures →Lecture 5: Degenerate fermions in equilibrium
• 15:5015:50, 4 March 2020 diff hist +114 Template:Quick Links No edit summary
• 15:5015:50, 4 March 2020 diff hist +80 Lectures →Lecture 10: Elements of nonequilibrium statistical physics: Boltzmann equation and Kubo formula
• 15:4815:48, 4 March 2020 diff hist +112 Template:Quick Links No edit summary
• 15:4815:48, 4 March 2020 diff hist +48 Lectures →Lecture 9: Renormalization group (RG)
• 14:0514:05, 4 March 2020 diff hist +34 Lectures →Lecture 9: Renormalization group (RG)
• 14:0414:04, 4 March 2020 diff hist +80 Template:Quick Links No edit summary
• 14:0414:04, 4 March 2020 diff hist −56 Template:Quick Links No edit summary
• 14:0314:03, 4 March 2020 diff hist +1 Syllabus →Study Guides
• 13:1213:12, 4 March 2020 diff hist +14 Lectures →Lecture 4: Quantum partition function for many-particle systems in equilibrium
• 13:1013:10, 4 March 2020 diff hist +21 Lectures →Lecture 11: Elements of nonequilibrium statistical physics: Master equations for open quantum systems
• 13:1013:10, 4 March 2020 diff hist 0 Lectures →Lecture 11: Elements of nonequilibrium statistical physics: Master equations for open quantum systems
• 13:1013:10, 4 March 2020 diff hist −24 Lectures →Lecture 2: Density operator formalism for proper and improper mixed quantum states
• 13:0813:08, 4 March 2020 diff hist +330 Homework Set 2 →Problem 2: Bloch equation for thermal relaxation and decoherence of a two-level system
• 12:1612:16, 4 March 2020 diff hist +4 Homework Set 1 →Problem 1: Expectation values of spin in pure vs. mixed quantum states
• 12:1612:16, 4 March 2020 diff hist −46 Homework Set 1 →Problem 2: Dynamics of the Bloch vector
• 12:1512:15, 4 March 2020 diff hist +6 Homework Set 1 →Problem 2: Dynamics of the Bloch vector
• 12:1512:15, 4 March 2020 diff hist +10 Homework Set 1 →Problem 2: Dynamics of the Bloch vector
• 12:1412:14, 4 March 2020 diff hist +9 Homework Set 1 →Problem 4: Successive measurements on subsystems of composite bipartite quantum system