User contributions for Lh3115

17:4317:43, 21 November 2017 diff hist 0 N File:4x4lattice 20000 error rep MLH3115.png No edit summary current
17:4317:43, 21 November 2017 diff hist 0 N File:8x8lattice 80000 error rep MLH3115.png No edit summary current
17:4317:43, 21 November 2017 diff hist 0 N File:16x16lattice 500000 error rep MLH3115.png No edit summary current
17:4217:42, 21 November 2017 diff hist 0 N File:32x32lattice 500000 error rep MLH3115.png No edit summary current
16:5416:54, 21 November 2017 diff hist −13 Rep:LH3115-Montecarlo →Task 8
16:5316:53, 21 November 2017 diff hist +452 Rep:LH3115-Montecarlo →Task 12
16:4716:47, 21 November 2017 diff hist +264 Rep:LH3115-Montecarlo →Task 12
16:4316:43, 21 November 2017 diff hist −742 Rep:LH3115-Montecarlo /* TASK: The script ILfinalframe.py runs for a given number of cycles at a given temperature, then plots a depiction of the final lattice state as well as graphs of the energy and magnetisation as a function of cycle number. This is much quicker than a...
16:4216:42, 21 November 2017 diff hist −860 Rep:LH3115-Montecarlo →Accelerating the code
16:4116:41, 21 November 2017 diff hist −761 Rep:LH3115-Montecarlo →Introduction to Monte Carlo simulation
16:4016:40, 21 November 2017 diff hist +16 Rep:LH3115-Montecarlo →Calculating the energy and magnetisation
16:4016:40, 21 November 2017 diff hist +27 Rep:LH3115-Montecarlo →Calculating the energy and magnetisation
16:3816:38, 21 November 2017 diff hist −644 Rep:LH3115-Montecarlo →Introduction to the Ising model
16:3716:37, 21 November 2017 diff hist +2 Rep:LH3115-Montecarlo /* TASK: The script ILfinalframe.py runs for a given number of cycles at a given temperature, then plots a depiction of the final lattice state as well as graphs of the energy and magnetisation as a function of cycle number. This is much quicker than a...
16:3616:36, 21 November 2017 diff hist +311 Rep:LH3115-Montecarlo /* TASK: The script ILfinalframe.py runs for a given number of cycles at a given temperature, then plots a depiction of the final lattice state as well as graphs of the energy and magnetisation as a function of cycle number. This is much quicker than a...
16:3316:33, 21 November 2017 diff hist +10 Rep:LH3115-Montecarlo /* TASK: If T < T_C, do you expect a spontaneous magnetization (i.e. do you expect \left\langle M\right\rangle \neq 0)? When the state of the simulation appears to stop changing (when you have reached an equilibrium state), use the controls to export t...
16:3316:33, 21 November 2017 diff hist +10 Rep:LH3115-Montecarlo /* TASK: If T < T_C, do you expect a spontaneous magnetization (i.e. do you expect \left\langle M\right\rangle \neq 0)? When the state of the simulation appears to stop changing (when you have reached an equilibrium state), use the controls to export t...
16:3216:32, 21 November 2017 diff hist +9 Rep:LH3115-Montecarlo →Calculating the energy and magnetisation
16:3216:32, 21 November 2017 diff hist +244 Rep:LH3115-Montecarlo /* TASK: The script ILfinalframe.py runs for a given number of cycles at a given temperature, then plots a depiction of the final lattice state as well as graphs of the energy and magnetisation as a function of cycle number. This is much quicker than a...
16:2516:25, 21 November 2017 diff hist +276 Rep:LH3115-Montecarlo /* TASK: The script ILfinalframe.py runs for a given number of cycles at a given temperature, then plots a depiction of the final lattice state as well as graphs of the energy and magnetisation as a function of cycle number. This is much quicker than a...
16:1016:10, 21 November 2017 diff hist +1 Rep:LH3115-Montecarlo /* TASK: The script ILfinalframe.py runs for a given number of cycles at a given temperature, then plots a depiction of the final lattice state as well as graphs of the energy and magnetisation as a function of cycle number. This is much quicker than a...
16:0816:08, 21 November 2017 diff hist −9 Rep:LH3115-Montecarlo /* TASK: The script ILfinalframe.py runs for a given number of cycles at a given temperature, then plots a depiction of the final lattice state as well as graphs of the energy and magnetisation as a function of cycle number. This is much quicker than a...
16:0716:07, 21 November 2017 diff hist +574 Rep:LH3115-Montecarlo /* TASK: The script ILfinalframe.py runs for a given number of cycles at a given temperature, then plots a depiction of the final lattice state as well as graphs of the energy and magnetisation as a function of cycle number. This is much quicker than a...
16:0416:04, 21 November 2017 diff hist 0 Rep:LH3115-Montecarlo /* TASK: The script ILfinalframe.py runs for a given number of cycles at a given temperature, then plots a depiction of the final lattice state as well as graphs of the energy and magnetisation as a function of cycle number. This is much quicker than a...
16:0416:04, 21 November 2017 diff hist +18 Rep:LH3115-Montecarlo /* TASK: The script ILfinalframe.py runs for a given number of cycles at a given temperature, then plots a depiction of the final lattice state as well as graphs of the energy and magnetisation as a function of cycle number. This is much quicker than a...
16:0316:03, 21 November 2017 diff hist +141 Rep:LH3115-Montecarlo /* TASK: The script ILfinalframe.py runs for a given number of cycles at a given temperature, then plots a depiction of the final lattice state as well as graphs of the energy and magnetisation as a function of cycle number. This is much quicker than a...
16:0116:01, 21 November 2017 diff hist 0 N File:Temperaturestuff 32x32 500000 T025LH3115.png No edit summary current
16:0016:00, 21 November 2017 diff hist 0 N File:Temperaturestuff 32x32 500000 T1LH3115.png No edit summary current
16:0016:00, 21 November 2017 diff hist 0 N File:Temperaturestuff 32x32 500000 T5LH3115.png No edit summary current
15:5915:59, 21 November 2017 diff hist 0 N File:Temperaturestuff 16x16 500000 T025LH3115.png No edit summary current
15:5915:59, 21 November 2017 diff hist 0 N File:Temperaturestuff 16x16 500000 T1LH3115.png No edit summary current
15:5915:59, 21 November 2017 diff hist 0 N File:Temperaturestuff 16x16 500000 T5LH3115.png No edit summary current
15:5915:59, 21 November 2017 diff hist 0 N File:Temperaturestuff 8x8 80000 T025LH3115.png No edit summary current
15:5815:58, 21 November 2017 diff hist 0 N File:Temperaturestuff 8x8 80000 T1LH3115.png No edit summary current
15:5815:58, 21 November 2017 diff hist 0 N File:Temperaturestuff 8x8 80000 T5LH3115.png No edit summary current
15:5815:58, 21 November 2017 diff hist 0 N File:Temperaturestuff 4x4 20000 T025LH3115.png No edit summary current
15:5815:58, 21 November 2017 diff hist 0 N File:Temperaturestuff 4x4 20000 T1LH3115.png No edit summary current
15:5815:58, 21 November 2017 diff hist 0 N File:Temperaturestuff 4x4 20000 T5LH3115.png No edit summary current
15:5715:57, 21 November 2017 diff hist 0 N File:Temperaturestuff 2x2 20000 T5LH3115.png No edit summary current
15:5715:57, 21 November 2017 diff hist 0 N File:Temperaturestuff 2x2 20000 T1LH3115.png No edit summary current
15:5615:56, 21 November 2017 diff hist 0 N File:Temperaturestuff 2x2 20000 T0.25LH3115.png No edit summary current
14:5214:52, 21 November 2017 diff hist +411 Rep:LH3115-Montecarlo /* TASK: The script ILfinalframe.py runs for a given number of cycles at a given temperature, then plots a depiction of the final lattice state as well as graphs of the energy and magnetisation as a function of cycle number. This is much quicker than a...
14:3614:36, 21 November 2017 diff hist +128 Rep:LH3115-Montecarlo /* TASK: The script ILfinalframe.py runs for a given number of cycles at a given temperature, then plots a depiction of the final lattice state as well as graphs of the energy and magnetisation as a function of cycle number. This is much quicker than a...
14:3114:31, 21 November 2017 diff hist +94 Rep:LH3115-Montecarlo /* TASK: The script ILfinalframe.py runs for a given number of cycles at a given temperature, then plots a depiction of the final lattice state as well as graphs of the energy and magnetisation as a function of cycle number. This is much quicker than a...
14:2714:27, 21 November 2017 diff hist +562 Rep:LH3115-Montecarlo /* TASK: If T < T_C, do you expect a spontaneous magnetization (i.e. do you expect \left\langle M\right\rangle \neq 0)? When the state of the simulation appears to stop changing (when you have reached an equilibrium state), use the controls to export t...
14:1614:16, 21 November 2017 diff hist 0 Rep:LH3115-Montecarlo /* TASK: If T < T_C, do you expect a spontaneous magnetization (i.e. do you expect \left\langle M\right\rangle \neq 0)? When the state of the simulation appears to stop changing (when you have reached an equilibrium state), use the controls to export t...
14:1514:15, 21 November 2017 diff hist +258 Rep:LH3115-Montecarlo →Introduction to Monte Carlo simulation
14:1414:14, 21 November 2017 diff hist 0 N File:Animfile8x8finalylh3115.png No edit summary current
14:1314:13, 21 November 2017 diff hist +122 Rep:LH3115-Montecarlo /* TASK: The script ILfinalframe.py runs for a given number of cycles at a given temperature, then plots a depiction of the final lattice state as well as graphs of the energy and magnetisation as a function of cycle number. This is much quicker than a...
14:0814:08, 21 November 2017 diff hist +33 Rep:LH3115-Montecarlo →Accelerating the code

21 November 2017