Jovan Zigic

Assistant Professor of Mathematics and Physics at Dominican University (New York). PhD student in Mathematics at McMaster University.

Asymptotic behavior of optimized solutions for K = [10^1,10^4], \ell_1 = \ell_2 = 1.10
Asymptotic behavior of optimized solutions for K = [10^1,10^4], \ell_1 = \ell_2 = 1.10
Asymptotic behavior of optimized solutions for K = [10^1,10^4], \ell_1 = \ell_2 = 1.08
Asymptotic behavior of optimized solutions for K = [10^1,10^4], \ell_1 = \ell_2 = 1.08
Asymptotic behavior of optimized solutions for K = [10^1,10^4], \ell_1 = \ell_2 = 1.06
Asymptotic behavior of optimized solutions for K = [10^1,10^4], \ell_1 = \ell_2 = 1.06
Asymptotic behavior of optimized solutions for K = [10^1,10^4], \ell_1 = \ell_2 = 1.04
Asymptotic behavior of optimized solutions for K = [10^1,10^4], \ell_1 = \ell_2 = 1.04
Asymptotic behavior of optimized solutions for K = [10^1,10^4], \ell_1 = \ell_2 = 1.02
Asymptotic behavior of optimized solutions for K = [10^1,10^4], \ell_1 = \ell_2 = 1.02
Optimized L^2 energy for K = [10^1,10^4], \ell_1 = \ell_2 = 1.10
Optimized L^2 energy for K = [10^1,10^4], \ell_1 = \ell_2 = 1.10
Optimized L^2 energy for K = [10^1,10^4], \ell_1 = \ell_2 = 1.08
Optimized L^2 energy for K = [10^1,10^4], \ell_1 = \ell_2 = 1.08
Optimized L^2 energy for K = [10^1,10^4], \ell_1 = \ell_2 = 1.06
Optimized L^2 energy for K = [10^1,10^4], \ell_1 = \ell_2 = 1.06
Optimized L^2 energy for K = [10^1,10^4], \ell_1 = \ell_2 = 1.04
Optimized L^2 energy for K = [10^1,10^4], \ell_1 = \ell_2 = 1.04
Optimized L^2 energy for K = [10^1,10^4], \ell_1 = \ell_2 = 1.02
Optimized L^2 energy for K = [10^1,10^4], \ell_1 = \ell_2 = 1.02
Interacting Spirals - Complex Ginzburg Landau
Interacting Spirals - Complex Ginzburg Landau
Flexion, Subject 5
Flexion, Subject 5
2DKS, IC = stg30, T = 500, Domain factors in [2.50, 2.98]
2DKS, IC = stg30, T = 500, Domain factors in [2.50, 2.98]
2DKS, IC = stg30, T = 500, Domain factors in [2.00, 2.48]
2DKS, IC = stg30, T = 500, Domain factors in [2.00, 2.48]
2DKS, IC = stg30, T = 500, Domain factors in [1.50, 1.98]
2DKS, IC = stg30, T = 500, Domain factors in [1.50, 1.98]
2DKS, IC = stg30, T = 500, Domain factors in [1.00, 1.48]
2DKS, IC = stg30, T = 500, Domain factors in [1.00, 1.48]
2DKS, IC = s30, T = 500, Domain factors in [2.50, 2.98]
2DKS, IC = s30, T = 500, Domain factors in [2.50, 2.98]
2DKS, IC = s30, T = 500, Domain factors in [2.00, 2.48]
2DKS, IC = s30, T = 500, Domain factors in [2.00, 2.48]
2DKS, IC = s30, T = 500, Domain factors in [1.50, 1.98]
2DKS, IC = s30, T = 500, Domain factors in [1.50, 1.98]
2DKS, IC = s30, T = 500, Domain factors in [1.00, 1.48]
2DKS, IC = s30, T = 500, Domain factors in [1.00, 1.48]
2DKS, IC = stg1, T = 500, Domain factors in [2.50, 2.98]
2DKS, IC = stg1, T = 500, Domain factors in [2.50, 2.98]
2DKS, IC = stg1, T = 500, Domain factors in [2.00, 2.48]
2DKS, IC = stg1, T = 500, Domain factors in [2.00, 2.48]
2DKS, IC = stg1, T = 500, Domain factors in [1.50, 1.98]
2DKS, IC = stg1, T = 500, Domain factors in [1.50, 1.98]
2DKS, IC = stg1, T = 500, Domain factors in [1.00, 1.48]
2DKS, IC = stg1, T = 500, Domain factors in [1.00, 1.48]
2DKS, IC = s1, T = 500, Domain factors in [2.50, 2.98]
2DKS, IC = s1, T = 500, Domain factors in [2.50, 2.98]
2DKS, IC = s1, T = 500, Domain factors in [2.00, 2.48]
2DKS, IC = s1, T = 500, Domain factors in [2.00, 2.48]
2DKS, IC = s1, T = 500, Domain factors in [1.50, 1.98]
2DKS, IC = s1, T = 500, Domain factors in [1.50, 1.98]
2DKS, IC = s1, T = 500, Domain factors in [1.00, 1.48]
2DKS, IC = s1, T = 500, Domain factors in [1.00, 1.48]
2D Kuramoto-Sivashinsky Energy Evolution: T=1000, ell=2.55
2D Kuramoto-Sivashinsky Energy Evolution: T=1000, ell=2.55
2D Kuramoto-Sivashinsky Energy Evolution: T=1000, ell=2.9
2D Kuramoto-Sivashinsky Energy Evolution: T=1000, ell=2.9