ScholarWorks@SUNGKYUNKWAN UNIVERSITY: KIM, BEOM JUN

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KIM, BEOM JUN (김범준)

Science (Physics)

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Phase transition:4||Synchronization:4||Complex networks:4||Kuramoto model:3||complex networks:2||ZDNA:2||Directed network:2||Coupled oscillators:2||Achlioptas process:2||KosterlitzThouless transitions:2||DNA melting:2||synchronization:2||Structural properties:2||phase transition:2||Population dynamics:2||XY model:2||Explosive percolation:1||Facility location:1||Financial crisis:1||Finitesize scaling function:1||FirstLetter Law:1||Frequency entrainment:1||Genetic algorithm:1||Geographic separation:1||Geometric information:1||Glauber dynamics:1||Hand clapping:1||Helicity modulus:1||Hidden population:1||Human dynamics:1||Huygens&apos:1||Hysteresis:1||Interaction range:1||Interaction structure:1||Inverse Ising problem:1||Ising model:1||Josephson junction array:1||Kinetic Ising model:1||Lattice model:1||Learning effect:1||Legislation:1||Linux:1||Local interaction:1||Locationallocation problem:1||Loyalty program:1||MBTI test:1||Maximum entropy:1||Media:1||Metaoptimization:1||Molecular dynamics:1||MonteCarlo simulation:1||Natural evolution:1||Network:1||Opinion formation:1||Optimization:1||Partitioning:1||Pest spreading:1||Power law:1||Price change:1||Principalcomponent analysis:1||RCP scenarios:1||Random group formation:1||Random walks:1||Randomwalk accessibility:1||Regularization:1||Resp:1||Road networks:1||Signed network:1||Spinglass system:1||Statistical and Nonlinear Physics:1||Stochastic:1||Supply and demand:1||Too big to fail:1||Too small to fail:1||Traffic jam:1||Traffic phases:1||Traveling sa:1||Twisted state:1||Universal finitesize scaling function:1||Universal frequency ladder:1||Variational method:1||Winding number:1||Z(2) symmetry:1||Z2 symmetry:1||Zipf plot:1||active matrix:1||aggregation:1||bistability:1||blood type:1||bounded rationality referral:1||clocks:1||collective behavior:1||combinatorics:1||complex network:1||complex systems:1||coupled oscillators:1||critical phenomena:1||deposit density:1||directed network:1||dynamic phase transition:1||elastic network model:1||electronic skin:1||family name distribution:1||finitesize scaling:1||foreign enterprise density:1||frequency entrainment:1||game theory:1||gauge glass:1||generating function:1||graphene transistors:1||helicity modulus:1||human dynamics:1||hysteresis:1||lattice theory:1||market:1||microdynamics model:1||network:1||network analysis:1||network dynamics:1||network marketing:1||network theory (graphs):1||nonlinear dynamical systems:1||normal mode analysis:1||optimal positioning:1||panel VAR:1||percolation:1||personality:1||phase transformations:1||piezopotential powering:1||population dynamics:1||positional disorder:1||powerlaw:1||predatorprey systems:1||prote:1||quantum phase transition:1||ranksize plot:1||s law:1||social opportunity cost:1||social systems:1||strain sensors:1||topology:1||university education:1||waitingtime distribution:1||Bank network:1||Benford&apos:1||Brownian particle:1||Cascading failure:1||Cellular automata:1||Climate change:1||Clustering similarity:1||Cosponsorship:1||Complex network:1||Complex system:1||Critical exponent:1||Distribution network:1||Dynamic phase transition:1||Erasure machine:1||Evolution of cooperation:1||

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(03063) 25-2, SUNGKYUNKWAN-RO, JONGNO-GU, SEOUL, KOREAsamsunglib@skku.edu

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