User contributions for Rosso

Results for Rosso talk block log uploads logs

A user with 1,359 edits. Account created on 25 September 2023.

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20:0020:00, 2 March 2024 diff hist −109 L-6 →Mapping to the Brownian motion
19:5919:59, 2 March 2024 diff hist +171 L-6 →Mapping to the Brownian motion
19:5819:58, 2 March 2024 diff hist −137 L-6 →Mapping to the Brownian motion
19:5819:58, 2 March 2024 diff hist +1,115 L-6 →Avalanches or instability?
19:2619:26, 2 March 2024 diff hist −2 L-6 →Avalanches or instability?

20:3020:30, 1 March 2024 diff hist +48 L-6 →Avalanches or instability?
20:2720:27, 1 March 2024 diff hist +5 L-6 →Avalanches or instability?
20:1420:14, 1 March 2024 diff hist +360 L-6 →Avalanches or instability?
19:5919:59, 1 March 2024 diff hist +1 L-6 →Dynamics
19:5719:57, 1 March 2024 diff hist +336 L-6 →Critical Force
19:3319:33, 1 March 2024 diff hist +19 L-6 →Critical Force
19:2919:29, 1 March 2024 diff hist +471 L-6 →Stationary solution

18:4118:41, 29 February 2024 diff hist +5 L-6 →Dynamics
18:4018:40, 29 February 2024 diff hist +19 L-6 →Dynamics
18:3818:38, 29 February 2024 diff hist +36 L-6 →Stationary solution
18:0818:08, 29 February 2024 diff hist −6 L-6 →Dynamics
18:0618:06, 29 February 2024 diff hist +63 L-6 →Dynamics
17:5817:58, 29 February 2024 diff hist −819 L-6 →Dynamics
17:5217:52, 29 February 2024 diff hist +1,163 L-6 →Fully connected (mean field) model for the cellular automaton
15:5115:51, 29 February 2024 diff hist +2 L-6 →Fully connected (mean field) model for the cellular automaton
15:5015:50, 29 February 2024 diff hist +316 L-6 →Fully connected model foor the cellular automata (mean field)
15:0915:09, 29 February 2024 diff hist +239 L-6 →Avalanches and BGW process

23:3523:35, 28 February 2024 diff hist +2,602 N L-6 Created page with "= Avalanches and BGW process= = Fully connected model foor the cellular automata (mean field)= Let's study the mean field version of the cellular automata introduced in the previous lecture. * The elastic coupling is with all neighbours <center><math> \sigma_i= h_{CM} - h_i + m^2(w-h_i), \quad </math></center>. * The local random threshold are all equal: <center> <math> \sigma_i^{th}=1, \quad \forall i </math></center>. Instead of following the evoluion..."
23:2923:29, 28 February 2024 diff hist −2,168 L-5 →Cellular Automata
23:1823:18, 28 February 2024 diff hist +1 L-5 →Cellular Automata
22:4922:49, 28 February 2024 diff hist +1,298 L-5 →Cellular Automata
18:0518:05, 28 February 2024 diff hist −232 L-5 →Scaling behaviour of the depinning transition
18:0018:00, 28 February 2024 diff hist +204 L-5 →Equation of motion

20:2720:27, 25 February 2024 diff hist +7 L-5 →Fully connected model (mean field)
20:2420:24, 25 February 2024 diff hist +14 L-5 →Fully connected model (mean field)
20:2320:23, 25 February 2024 diff hist −104 L-5 →Fully connected model (mean field)
20:2120:21, 25 February 2024 diff hist +6 L-5 →Fully connected model (mean field)
20:2020:20, 25 February 2024 diff hist +304 L-5 →Fully connected model (mean field)
20:1320:13, 25 February 2024 diff hist +2 L-5 →Fully connected model (mean field)
20:1220:12, 25 February 2024 diff hist +253 L-5 →Cellular Automata
18:5118:51, 25 February 2024 diff hist +138 L-5 →Cellular Automata
18:1118:11, 25 February 2024 diff hist +1 L-5 →Cellular Automata
18:1018:10, 25 February 2024 diff hist +368 L-5 →Cellular Automata
17:5717:57, 25 February 2024 diff hist +326 L-5 →Fully connected model (mean field)
17:4317:43, 25 February 2024 diff hist +99 L-5 →Cellular Automata
16:5516:55, 25 February 2024 diff hist +23 L-5 →Cellular Automata
14:1214:12, 25 February 2024 diff hist +371 L-5 →Cellular Automata

20:5820:58, 21 February 2024 diff hist +472 L-5 →Cellular Automata
20:3620:36, 21 February 2024 diff hist +242 L-5 →Cellular Automata
20:2320:23, 21 February 2024 diff hist +424 L-5 →Cellular Automata
20:0720:07, 21 February 2024 diff hist +185 L-5 →Scaling behaviour of the depinning transition

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