PUBLICACIÓN

Numerical simulations of the random phase sine-Gordon model and renormalization group predictions

ACCEDER A LA PUBLICACIÓN: Orcid

Lancaster, D. J., Ruiz-Lorenzo, J. J.

2007

DOI

p01003 10.1088/1742-5468/2007/01/p01003

BIBTEX

@article{RID:0125160645291-341, title = {Numerical simulations of the random phase sine-Gordon model and renormalization group predictions}, journal = {Journal of Statistical Mechanics-Theory and Experiment}, year = {2007}, author = {Lancaster, D. J. and Ruiz-Lorenzo, J. J.} }

AUTORES DE LA UEX

Juan Jesús Ruiz Lorenzo

OTRAS PUBLICACIONES DE INTERÉS

Deterministic Chaos In The Elastic Pendulum - A Simple Laboratory For Nonlinear Dynamics
Emergence Of The Three-Dimensional Diluted Ising Model Universality Class In A Mixture Of Two Magnets
Microscopic Fluctuations In The Spreading Fronts Of Circular Wetting Liquid Droplets
Emergence Of The Three-Dimensional Diluted Ising Model Universality Class In A Mixture Of Two Magnets
Microscopic Fluctuations In The Spreading Fronts Of Circular Wetting Liquid Droplets
Quantifying Memory In Spin Glasses
Microscopic Fluctuations In The Spreading Fronts Of Circular Wetting Liquid Droplets
Quantifying Memory In Spin Glasses
Erratum: Large-Scale Kinetic Roughening Behavior Of Coffee-Ring Fronts [Phys. Rev. E 106, 044801 (2022)
Quantifying Memory In Spin Glasses
Erratum: Large-Scale Kinetic Roughening Behavior Of Coffee-Ring Fronts [Phys. Rev. E 106, 044801 (2022)
Evidence Of A Second-Order Phase Transition In The Six-Dimensional Ising Spin Glass In A Field
Erratum: Large-Scale Kinetic Roughening Behavior Of Coffee-Ring Fronts [Phys. Rev. E 106, 044801 (2022)
Evidence Of A Second-Order Phase Transition In The Six-Dimensional Ising Spin Glass In A Field
Small Field Chaos In Spin Glasses: Universal Predictions From The Ultrametric Tree And Comparison With Numerical Simulations
Evidence Of A Second-Order Phase Transition In The Six-Dimensional Ising Spin Glass In A Field
Small Field Chaos In Spin Glasses: Universal Predictions From The Ultrametric Tree And Comparison With Numerical Simulations
Revisiting The Lee-Yang Singularities In The Four-Dimensional Ising Model: A Tribute To The Memory Of Ralph Kenna
Small Field Chaos In Spin Glasses: Universal Predictions From The Ultrametric Tree And Comparison With Numerical Simulations
Revisiting The Lee-Yang Singularities In The Four-Dimensional Ising Model: A Tribute To The Memory Of Ralph Kenna
Multiscaling In The 3d Critical Site-Diluted Ising Ferromagnet
Revisiting The Lee-Yang Singularities In The Four-Dimensional Ising Model: A Tribute To The Memory Of Ralph Kenna
Multiscaling In The 3d Critical Site-Diluted Ising Ferromagnet
Multifractality In Spin Glasses
Multiscaling In The 3d Critical Site-Diluted Ising Ferromagnet
Multifractality In Spin Glasses
Memory And Rejuvenation Effects In Spin Glasses Are Governed By More Than One Length Scale
Multifractality In Spin Glasses
Memory And Rejuvenation Effects In Spin Glasses Are Governed By More Than One Length Scale
Effective And Asymptotic Criticality Of Structurally Disordered Magnets
Memory And Rejuvenation Effects In Spin Glasses Are Governed By More Than One Length Scale
Effective And Asymptotic Criticality Of Structurally Disordered Magnets
Superposition Principle And Nonlinear Response In Spin Glasses
Effective And Asymptotic Criticality Of Structurally Disordered Magnets
Superposition Principle And Nonlinear Response In Spin Glasses
Universal Interface Fluctuations In The Contact Process
Superposition Principle And Nonlinear Response In Spin Glasses
Universal Interface Fluctuations In The Contact Process
Numerical Simulations And Replica Symmetry Breaking
Universal Interface Fluctuations In The Contact Process
Numerical Simulations And Replica Symmetry Breaking
Erratum: Numerical Test Of The Replica-Symmetric Hamiltonian For Correlations Of The Critical State Of Spin Glasses In A Field [Phys. Rev. E 105, 054106 (2022)
Numerical Simulations And Replica Symmetry Breaking
Erratum: Numerical Test Of The Replica-Symmetric Hamiltonian For Correlations Of The Critical State Of Spin Glasses In A Field [Phys. Rev. E 105, 054106 (2022)
Large-Scale Kinetic Roughening Behavior Of Coffee-Ring Fronts
Erratum: Numerical Test Of The Replica-Symmetric Hamiltonian For Correlations Of The Critical State Of Spin Glasses In A Field [Phys. Rev. E 105, 054106 (2022)
Large-Scale Kinetic Roughening Behavior Of Coffee-Ring Fronts
Critical Behavior Of The Three-Dimensional Random-Anisotropy Heisenberg Model
Large-Scale Kinetic Roughening Behavior Of Coffee-Ring Fronts
Critical Behavior Of The Three-Dimensional Random-Anisotropy Heisenberg Model
Spreading Fronts Of Wetting Liquid Droplets: Microscopic Simulations And Universal Fluctuations
Critical Behavior Of The Three-Dimensional Random-Anisotropy Heisenberg Model
Spreading Fronts Of Wetting Liquid Droplets: Microscopic Simulations And Universal Fluctuations
Numerical Test Of The Replica-Symmetric Hamiltonian For Correlations Of The Critical State Of Spin Glasses In A Field
Spreading Fronts Of Wetting Liquid Droplets: Microscopic Simulations And Universal Fluctuations
Numerical Test Of The Replica-Symmetric Hamiltonian For Correlations Of The Critical State Of Spin Glasses In A Field
Temperature Chaos Is Present In Off-Equilibrium Spin-Glass Dynamics
Numerical Test Of The Replica-Symmetric Hamiltonian For Correlations Of The Critical State Of Spin Glasses In A Field
Temperature Chaos Is Present In Off-Equilibrium Spin-Glass Dynamics
Spin-Glass Dynamics In The Presence Of A Magnetic Field: Exploration Of Microscopic Properties
Temperature Chaos Is Present In Off-Equilibrium Spin-Glass Dynamics
Spin-Glass Dynamics In The Presence Of A Magnetic Field: Exploration Of Microscopic Properties
Premio Nobel De Física 2021 Ordenando El Desorden
Spin-Glass Dynamics In The Presence Of A Magnetic Field: Exploration Of Microscopic Properties
Premio Nobel De Física 2021 Ordenando El Desorden
Nature Of The Spin Glass Phase In Finite Dimensional (Ising) Spin Glasses
Premio Nobel De Física 2021 Ordenando El Desorden
Nature Of The Spin Glass Phase In Finite Dimensional (Ising) Spin Glasses
Spin Glasses In A Field Show A Phase Transition Varying The Distance Among Real Replicas (And How To Exploit It To Find The Critical Line In A Field)
Nature Of The Spin Glass Phase In Finite Dimensional (Ising) Spin Glasses
Spin Glasses In A Field Show A Phase Transition Varying The Distance Among Real Replicas (And How To Exploit It To Find The Critical Line In A Field)
Scaling Law Describes The Spin-Glass Response In Theory, Experiments, And Simulations
Spin Glasses In A Field Show A Phase Transition Varying The Distance Among Real Replicas (And How To Exploit It To Find The Critical Line In A Field)
Scaling Law Describes The Spin-Glass Response In Theory, Experiments, And Simulations
Kardar-Parisi-Zhang Universality Class For The Critical Dynamics Of Reaction-Diffusion Fronts
Scaling Law Describes The Spin-Glass Response In Theory, Experiments, And Simulations
Kardar-Parisi-Zhang Universality Class For The Critical Dynamics Of Reaction-Diffusion Fronts
Computation Of The Dynamic Critical Exponent Of The Three-Dimensional Heisenberg Model
Kardar-Parisi-Zhang Universality Class For The Critical Dynamics Of Reaction-Diffusion Fronts
Computation Of The Dynamic Critical Exponent Of The Three-Dimensional Heisenberg Model
Dimensional Crossover In The Aging Dynamics Of Spin Glasses In A Film Geometry
Computation Of The Dynamic Critical Exponent Of The Three-Dimensional Heisenberg Model
Dimensional Crossover In The Aging Dynamics Of Spin Glasses In A Film Geometry
An Experiment-Oriented Analysis Of 2d Spin-Glass Dynamics: A Twelve Time-Decades Scaling Study
Dimensional Crossover In The Aging Dynamics Of Spin Glasses In A Film Geometry
An Experiment-Oriented Analysis Of 2d Spin-Glass Dynamics: A Twelve Time-Decades Scaling Study
Numerical Study Of Barriers And Valleys In The Free-Energy Landscape Of Spin Glasses
An Experiment-Oriented Analysis Of 2d Spin-Glass Dynamics: A Twelve Time-Decades Scaling Study
Numerical Study Of Barriers And Valleys In The Free-Energy Landscape Of Spin Glasses
The Mpemba Effect In Spin Glasses Is A Persistent Memory Effect
Numerical Study Of Barriers And Valleys In The Free-Energy Landscape Of Spin Glasses
The Mpemba Effect In Spin Glasses Is A Persistent Memory Effect
The Mpemba Effect In Spin Glasses Is A Persistent Memory Effect
The Mpemba Effect In Spin Glasses Is A Persistent Memory Effect
The Mpemba Effect In Spin Glasses Is A Persistent Memory Effect
Out-Of-Equilibrium 2d Ising Spin Glass: Almost, But Not Quite, A Free-Field Theory
The Mpemba Effect In Spin Glasses Is A Persistent Memory Effect
Out-Of-Equilibrium 2d Ising Spin Glass: Almost, But Not Quite, A Free-Field Theory
Dynamic Variational Study Of Chaos: Spin Glasses In Three Dimensions
Out-Of-Equilibrium 2d Ising Spin Glass: Almost, But Not Quite, A Free-Field Theory
Dynamic Variational Study Of Chaos: Spin Glasses In Three Dimensions
Aging Rate Of Spin Glasses From Simulations Matches Experiments
Dynamic Variational Study Of Chaos: Spin Glasses In Three Dimensions
Aging Rate Of Spin Glasses From Simulations Matches Experiments
Matching Microscopic And Macroscopic Responses In Glasses
Aging Rate Of Spin Glasses From Simulations Matches Experiments
Matching Microscopic And Macroscopic Responses In Glasses
A Statics-Dynamics Equivalence Through The Fluctuation-Dissipation Ratio Provides A Window Into The Spin-Glass Phase From Nonequilibrium Measurements
Matching Microscopic And Macroscopic Responses In Glasses
A Statics-Dynamics Equivalence Through The Fluctuation-Dissipation Ratio Provides A Window Into The Spin-Glass Phase From Nonequilibrium Measurements
Numerical Construction Of The Aizenman-Wehr Metastate
A Statics-Dynamics Equivalence Through The Fluctuation-Dissipation Ratio Provides A Window Into The Spin-Glass Phase From Nonequilibrium Measurements
Numerical Construction Of The Aizenman-Wehr Metastate
Revisiting (Logarithmic) Scaling Relations Using Renormalization Group
Numerical Construction Of The Aizenman-Wehr Metastate
Revisiting (Logarithmic) Scaling Relations Using Renormalization Group
Universal Behavior Of Crystalline Membranes: Crumpling Transition And Poisson Ratio Of The Flat Phase
Revisiting (Logarithmic) Scaling Relations Using Renormalization Group
Universal Behavior Of Crystalline Membranes: Crumpling Transition And Poisson Ratio Of The Flat Phase
Monitoring The Solar Radius From The Royal Observatory Of The Spanish Navy Since 1773
Universal Behavior Of Crystalline Membranes: Crumpling Transition And Poisson Ratio Of The Flat Phase
Monitoring The Solar Radius From The Royal Observatory Of The Spanish Navy Since 1773
Universal Critical Behavior Of The Two-Dimensional Ising Spin Glass
Monitoring The Solar Radius From The Royal Observatory Of The Spanish Navy Since 1773
Universal Critical Behavior Of The Two-Dimensional Ising Spin Glass
A Numerical Study Of Planar Arrays Of Correlated Spin Islands
Universal Critical Behavior Of The Two-Dimensional Ising Spin Glass
A Numerical Study Of Planar Arrays Of Correlated Spin Islands
Infinite Volume Extrapolation In The One-Dimensional Bond Diluted Levy Spin-Glass Model Near Its Lower Critical Dimension
A Numerical Study Of Planar Arrays Of Correlated Spin Islands
Infinite Volume Extrapolation In The One-Dimensional Bond Diluted Levy Spin-Glass Model Near Its Lower Critical Dimension
Dynamical Transition In The D=3 Edwards-Anderson Spin Glass In An External Magnetic Field
Infinite Volume Extrapolation In The One-Dimensional Bond Diluted Levy Spin-Glass Model Near Its Lower Critical Dimension
Dynamical Transition In The D=3 Edwards-Anderson Spin Glass In An External Magnetic Field
Janus Ii: A New Generation Application-Driven Computer For Spin-System Simulations
Dynamical Transition In The D=3 Edwards-Anderson Spin Glass In An External Magnetic Field
Janus Ii: A New Generation Application-Driven Computer For Spin-System Simulations
The Three-Dimensional Ising Spin Glass In An External Magnetic Field: The Role Of The Silent Majority
Janus Ii: A New Generation Application-Driven Computer For Spin-System Simulations
The Three-Dimensional Ising Spin Glass In An External Magnetic Field: The Role Of The Silent Majority
Scaling Behavior Of The Heisenberg Model In Three Dimensions
The Three-Dimensional Ising Spin Glass In An External Magnetic Field: The Role Of The Silent Majority
Scaling Behavior Of The Heisenberg Model In Three Dimensions
Spin Glass Simulations On The Janus Architecture: A Desperate Quest For Strong Scaling
Scaling Behavior Of The Heisenberg Model In Three Dimensions
Spin Glass Simulations On The Janus Architecture: A Desperate Quest For Strong Scaling
An Fpga-Based Supercomputer For Statistical Physics: The Weird Case Of Janus
Spin Glass Simulations On The Janus Architecture: A Desperate Quest For Strong Scaling
An Fpga-Based Supercomputer For Statistical Physics: The Weird Case Of Janus
Critical Parameters Of The Three-Dimensional Ising Spin Glass
An Fpga-Based Supercomputer For Statistical Physics: The Weird Case Of Janus
Critical Parameters Of The Three-Dimensional Ising Spin Glass
The Janus Project: Boosting Spin-Glass Simulations Using Fpgas
Critical Parameters Of The Three-Dimensional Ising Spin Glass
The Janus Project: Boosting Spin-Glass Simulations Using Fpgas
Comment On Evidence Of Non-Mean-Field-Like Low-Temperature Behavior In The Edwards-Anderson Spin-Glass Model
The Janus Project: Boosting Spin-Glass Simulations Using Fpgas
Comment On Evidence Of Non-Mean-Field-Like Low-Temperature Behavior In The Edwards-Anderson Spin-Glass Model
Numerical Study Of The Overlap Lee-Yang Singularities In The Three-Dimensional Edwards-Anderson Model
Comment On Evidence Of Non-Mean-Field-Like Low-Temperature Behavior In The Edwards-Anderson Spin-Glass Model
Numerical Study Of The Overlap Lee-Yang Singularities In The Three-Dimensional Edwards-Anderson Model
Numerical Test Of The Cardy-Jacobsen Conjecture In The Site-Diluted Potts Model In Three Dimensions
Numerical Study Of The Overlap Lee-Yang Singularities In The Three-Dimensional Edwards-Anderson Model
Numerical Test Of The Cardy-Jacobsen Conjecture In The Site-Diluted Potts Model In Three Dimensions
Reconfigurable Computing For Monte Carlo Simulations: Results And Prospects Of The Janus Project
Numerical Test Of The Cardy-Jacobsen Conjecture In The Site-Diluted Potts Model In Three Dimensions
Reconfigurable Computing For Monte Carlo Simulations: Results And Prospects Of The Janus Project
Thermodynamic Glass Transition In A Spin Glass Without Time-Reversal Symmetry
Reconfigurable Computing For Monte Carlo Simulations: Results And Prospects Of The Janus Project
Thermodynamic Glass Transition In A Spin Glass Without Time-Reversal Symmetry
Janus2: An Fpga-Based Supercomputer For Spin Glass Simulations
Thermodynamic Glass Transition In A Spin Glass Without Time-Reversal Symmetry
Janus2: An Fpga-Based Supercomputer For Spin Glass Simulations
Sample-To-Sample Fluctuations Of The Overlap Distributions In The Three-Dimensional Edwards-Anderson Spin Glass
Janus2: An Fpga-Based Supercomputer For Spin Glass Simulations
Sample-To-Sample Fluctuations Of The Overlap Distributions In The Three-Dimensional Edwards-Anderson Spin Glass
Universal Amplitude Ratios In The Ising Model In Three Dimensions
Sample-To-Sample Fluctuations Of The Overlap Distributions In The Three-Dimensional Edwards-Anderson Spin Glass
Universal Amplitude Ratios In The Ising Model In Three Dimensions
Bond Diluted Levy Spin-Glass Model And A New Finite-Size Scaling Method To Determine A Phase Transition
Universal Amplitude Ratios In The Ising Model In Three Dimensions
Bond Diluted Levy Spin-Glass Model And A New Finite-Size Scaling Method To Determine A Phase Transition
Universal Amplitude Ratios In The Ising Model In Three Dimensions
Bond Diluted Levy Spin-Glass Model And A New Finite-Size Scaling Method To Determine A Phase Transition
Universal Amplitude Ratios In The Ising Model In Three Dimensions
Nature Of The Spin-Glass Phase At Experimental Length Scales
Universal Amplitude Ratios In The Ising Model In Three Dimensions
Nature Of The Spin-Glass Phase At Experimental Length Scales
Critical Behavior Of Three-Dimensional Disordered Potts Models With Many States
Nature Of The Spin-Glass Phase At Experimental Length Scales
Critical Behavior Of Three-Dimensional Disordered Potts Models With Many States
Static Versus Dynamic Heterogeneities In The D=3 Edwards-Anderson-Ising Spin Glass
Critical Behavior Of Three-Dimensional Disordered Potts Models With Many States
Static Versus Dynamic Heterogeneities In The D=3 Edwards-Anderson-Ising Spin Glass
Nature Of The Spin-Glass Phase At Experimental Length Scales
Static Versus Dynamic Heterogeneities In The D=3 Edwards-Anderson-Ising Spin Glass
Nature Of The Spin-Glass Phase At Experimental Length Scales
Critical Behavior Of Three-Dimensional Disordered Potts Models With Many States
Nature Of The Spin-Glass Phase At Experimental Length Scales
Critical Behavior Of Three-Dimensional Disordered Potts Models With Many States
Static Versus Dynamic Heterogeneities In The D=3 Edwards-Anderson-Ising Spin Glass
Critical Behavior Of Three-Dimensional Disordered Potts Models With Many States
Static Versus Dynamic Heterogeneities In The D=3 Edwards-Anderson-Ising Spin Glass
The Quenched-Disordered Ising Model In Two And Four Dimensions
Static Versus Dynamic Heterogeneities In The D=3 Edwards-Anderson-Ising Spin Glass
The Quenched-Disordered Ising Model In Two And Four Dimensions
Microcanonical Finite-Size Scaling In Second-Order Phase Transitions With Diverging Specific Heat
The Quenched-Disordered Ising Model In Two And Four Dimensions
Microcanonical Finite-Size Scaling In Second-Order Phase Transitions With Diverging Specific Heat
Site-Diluted Ising Model In Four Dimensions
Microcanonical Finite-Size Scaling In Second-Order Phase Transitions With Diverging Specific Heat
Site-Diluted Ising Model In Four Dimensions
Spin Glass Phase In The Four-State Three-Dimensional Potts Model
Site-Diluted Ising Model In Four Dimensions
Spin Glass Phase In The Four-State Three-Dimensional Potts Model
Nonequilibrium Spin Glass Dynamics With Janus
Spin Glass Phase In The Four-State Three-Dimensional Potts Model
Nonequilibrium Spin Glass Dynamics With Janus
An In-Depth View Of The Microscopic Dynamics Of Ising Spin Glasses At Fixed Temperature
Nonequilibrium Spin Glass Dynamics With Janus
An In-Depth View Of The Microscopic Dynamics Of Ising Spin Glasses At Fixed Temperature
Janus: An Fpga-Based System For High-Performance Scientific Computing
An In-Depth View Of The Microscopic Dynamics Of Ising Spin Glasses At Fixed Temperature
Janus: An Fpga-Based System For High-Performance Scientific Computing
Microcanonical Finite-Size Scaling In Second-Order Phase Transitions With Diverging Specific Heat
Janus: An Fpga-Based System For High-Performance Scientific Computing
Microcanonical Finite-Size Scaling In Second-Order Phase Transitions With Diverging Specific Heat
Ising Spin-Glass Transition In A Magnetic Field Outside The Limit Of Validity Of Mean-Field Theory
Microcanonical Finite-Size Scaling In Second-Order Phase Transitions With Diverging Specific Heat
Ising Spin-Glass Transition In A Magnetic Field Outside The Limit Of Validity Of Mean-Field Theory
Coagulation Reactions In Low Dimensions: Revisiting Subdiffusive A Plus A Reactions In One Dimension
Ising Spin-Glass Transition In A Magnetic Field Outside The Limit Of Validity Of Mean-Field Theory
Coagulation Reactions In Low Dimensions: Revisiting Subdiffusive A Plus A Reactions In One Dimension
Coagulation Reactions In Low Dimensions: Revisiting Subdiffusive A+a Reactions In One Dimension
Coagulation Reactions In Low Dimensions: Revisiting Subdiffusive A Plus A Reactions In One Dimension
Coagulation Reactions In Low Dimensions: Revisiting Subdiffusive A+a Reactions In One Dimension
Mean Field Model Of Coagulation And Annihilation Reactions In A Medium Of Quenched Traps: Subdiffusion
Coagulation Reactions In Low Dimensions: Revisiting Subdiffusive A+a Reactions In One Dimension
Mean Field Model Of Coagulation And Annihilation Reactions In A Medium Of Quenched Traps: Subdiffusion
Ising Spin-Glass Transition In A Magnetic Field Outside The Limit Of Validity Of Mean-Field Theory
Mean Field Model Of Coagulation And Annihilation Reactions In A Medium Of Quenched Traps: Subdiffusion
Ising Spin-Glass Transition In A Magnetic Field Outside The Limit Of Validity Of Mean-Field Theory
Mean Field Model Of Coagulation And Annihilation Reactions In A Medium Of Quenched Traps: Subdiffusion
Ising Spin-Glass Transition In A Magnetic Field Outside The Limit Of Validity Of Mean-Field Theory
Mean Field Model Of Coagulation And Annihilation Reactions In A Medium Of Quenched Traps: Subdiffusion
Spin Glass Phase In The Four-State Three-Dimensional Potts Model
Mean Field Model Of Coagulation And Annihilation Reactions In A Medium Of Quenched Traps: Subdiffusion
Spin Glass Phase In The Four-State Three-Dimensional Potts Model
Site-Diluted Ising Model In Four Dimensions
Spin Glass Phase In The Four-State Three-Dimensional Potts Model
Site-Diluted Ising Model In Four Dimensions
Nonequilibrium Spin-Glass Dynamics From Picoseconds To A Tenth Of A Second
Site-Diluted Ising Model In Four Dimensions
Nonequilibrium Spin-Glass Dynamics From Picoseconds To A Tenth Of A Second
Monte Carlo Simulations For Statistical Physics: Janus
Nonequilibrium Spin-Glass Dynamics From Picoseconds To A Tenth Of A Second
Monte Carlo Simulations For Statistical Physics: Janus
First-Order Transition In A Three-Dimensional Disordered System
Monte Carlo Simulations For Statistical Physics: Janus
First-Order Transition In A Three-Dimensional Disordered System
Simulating Spin Systems On Ianus, An Fpga-Based Computer
First-Order Transition In A Three-Dimensional Disordered System
Simulating Spin Systems On Ianus, An Fpga-Based Computer
Subdiffusion-Limited Reactions
Simulating Spin Systems On Ianus, An Fpga-Based Computer
Subdiffusion-Limited Reactions
Scaling Analysis Of The Site-Diluted Ising Model In Two Dimensions
Subdiffusion-Limited Reactions
Scaling Analysis Of The Site-Diluted Ising Model In Two Dimensions
Dilute One-Dimensional Spin Glasses With Power Law Decaying Interactions
Scaling Analysis Of The Site-Diluted Ising Model In Two Dimensions
Dilute One-Dimensional Spin Glasses With Power Law Decaying Interactions
Scaling Analysis Of The Site-Diluted Ising Model In Two Dimensions
Dilute One-Dimensional Spin Glasses With Power Law Decaying Interactions
Scaling Analysis Of The Site-Diluted Ising Model In Two Dimensions
Dilute One-Dimensional Spin Glasses With Power Law Decaying Interactions
Scaling Analysis Of The Site-Diluted Ising Model In Two Dimensions
Dilute One-Dimensional Spin Glasses With Power Law Decaying Interactions
Nonequilibrium Spin-Glass Dynamics From Picoseconds To A Tenth Of A Second
Dilute One-Dimensional Spin Glasses With Power Law Decaying Interactions
Nonequilibrium Spin-Glass Dynamics From Picoseconds To A Tenth Of A Second
First-Order Transition In A Three-Dimensional Disordered System
Nonequilibrium Spin-Glass Dynamics From Picoseconds To A Tenth Of A Second
First-Order Transition In A Three-Dimensional Disordered System
Ianus: Scientific Computing On An Fpga-Based Architecture
First-Order Transition In A Three-Dimensional Disordered System
Ianus: Scientific Computing On An Fpga-Based Architecture
Self-Averaging In The Three-Dimensional Site Diluted Heisenberg Model At The Critical Point
Ianus: Scientific Computing On An Fpga-Based Architecture
Self-Averaging In The Three-Dimensional Site Diluted Heisenberg Model At The Critical Point
Simulations For Trapping Reactions With Subdiffusive Traps And Subdiffusive Particles
Self-Averaging In The Three-Dimensional Site Diluted Heisenberg Model At The Critical Point
Simulations For Trapping Reactions With Subdiffusive Traps And Subdiffusive Particles
Weak First-Order Transition In The Three-Dimensional Site-Diluted Ising Antiferromagnet In A Magnetic Field
Simulations For Trapping Reactions With Subdiffusive Traps And Subdiffusive Particles
Weak First-Order Transition In The Three-Dimensional Site-Diluted Ising Antiferromagnet In A Magnetic Field
Numerical Simulations Of The Random Phase Sine-Gordon Model And Renormalization Group Predictions
Weak First-Order Transition In The Three-Dimensional Site-Diluted Ising Antiferromagnet In A Magnetic Field
Numerical Simulations Of The Random Phase Sine-Gordon Model And Renormalization Group Predictions
Simulations For Trapping Reactions With Subdiffusive Traps And Subdiffusive Particles
Numerical Simulations Of The Random Phase Sine-Gordon Model And Renormalization Group Predictions
Simulations For Trapping Reactions With Subdiffusive Traps And Subdiffusive Particles
Numerical Simulations Of The Random Phase Sine-Gordon Model And Renormalization Group Predictions
Simulations For Trapping Reactions With Subdiffusive Traps And Subdiffusive Particles
Numerical Simulations Of The Random Phase Sine-Gordon Model And Renormalization Group Predictions
Self-Averaging In The Three-Dimensional Site Diluted Heisenberg Model At The Critical Point
Numerical Simulations Of The Random Phase Sine-Gordon Model And Renormalization Group Predictions
Self-Averaging In The Three-Dimensional Site Diluted Heisenberg Model At The Critical Point
Weak First-Order Transition In The Three-Dimensional Site-Diluted Ising Antiferromagnet In A Magnetic Field
Self-Averaging In The Three-Dimensional Site Diluted Heisenberg Model At The Critical Point
Weak First-Order Transition In The Three-Dimensional Site-Diluted Ising Antiferromagnet In A Magnetic Field
Target Problem With Evanescent Subdiffusive Traps
Weak First-Order Transition In The Three-Dimensional Site-Diluted Ising Antiferromagnet In A Magnetic Field
Target Problem With Evanescent Subdiffusive Traps
Study Of The Phase Transition In The 3d Ising Spin Glass From Out-Of-Equilibrium Numerical Simulations
Target Problem With Evanescent Subdiffusive Traps
Study Of The Phase Transition In The 3d Ising Spin Glass From Out-Of-Equilibrium Numerical Simulations
Ianus: An Adaptive Fpga Computer
Study Of The Phase Transition In The 3d Ising Spin Glass From Out-Of-Equilibrium Numerical Simulations
Ianus: An Adaptive Fpga Computer
Single Tensionless Transition In The Laplacian Roughening Model
Ianus: An Adaptive Fpga Computer
Single Tensionless Transition In The Laplacian Roughening Model
Single Tensionless Transition In The Laplacian Roughening Model
Single Tensionless Transition In The Laplacian Roughening Model
Single Tensionless Transition In The Laplacian Roughening Model
Target Problem With Evanescent Subdiffusive Traps
Single Tensionless Transition In The Laplacian Roughening Model
Target Problem With Evanescent Subdiffusive Traps
Phase Transition In Tensionless Surfaces
Target Problem With Evanescent Subdiffusive Traps
Phase Transition In Tensionless Surfaces
Phase Diagram Of The Bosonic Double-Exchange Model
Phase Transition In Tensionless Surfaces
Phase Diagram Of The Bosonic Double-Exchange Model
Phase Diagram Of The Bosonic Double-Exchange Model
Phase Diagram Of The Bosonic Double-Exchange Model
Phase Diagram Of The Bosonic Double-Exchange Model
Off-Equilibrium Fluctuation-Dissipation Relations In The 3d Ising Spin Glass In A Magnetic Field
Phase Diagram Of The Bosonic Double-Exchange Model
Off-Equilibrium Fluctuation-Dissipation Relations In The 3d Ising Spin Glass In A Magnetic Field
Dynamical Generation Of A Gauge Symmetry In The Double-Exchange Model
Off-Equilibrium Fluctuation-Dissipation Relations In The 3d Ising Spin Glass In A Magnetic Field
Dynamical Generation Of A Gauge Symmetry In The Double-Exchange Model
Off-Equilibrium Fluctuation-Dissipation Relations In The 3d Ising Spin Glass In A Magnetic Field
Dynamical Generation Of A Gauge Symmetry In The Double-Exchange Model
Off-Equilibrium Fluctuation-Dissipation Relations In The 3d Ising Spin Glass In A Magnetic Field
Low T Dynamical Properties Of Spin Glasses Smoothly Extrapolate To T = 0
Off-Equilibrium Fluctuation-Dissipation Relations In The 3d Ising Spin Glass In A Magnetic Field
Low T Dynamical Properties Of Spin Glasses Smoothly Extrapolate To T = 0
Critical Behavior Of The Three-Dimensional Ising Spin Glass
Low T Dynamical Properties Of Spin Glasses Smoothly Extrapolate To T = 0
Critical Behavior Of The Three-Dimensional Ising Spin Glass
Off-Equilibrium Dynamics At Very Low Temperatures In Three-Dimensional Spin Glasses
Critical Behavior Of The Three-Dimensional Ising Spin Glass
Off-Equilibrium Dynamics At Very Low Temperatures In Three-Dimensional Spin Glasses
Summability Of The Perturbative Expansion For A Zero-Dimensional Disordered Spin Model
Off-Equilibrium Dynamics At Very Low Temperatures In Three-Dimensional Spin Glasses
Summability Of The Perturbative Expansion For A Zero-Dimensional Disordered Spin Model
Replica Symmetry Breaking In Short-Range Spin Glasses: Theoretical Foundations And Numerical Evidences
Summability Of The Perturbative Expansion For A Zero-Dimensional Disordered Spin Model
Replica Symmetry Breaking In Short-Range Spin Glasses: Theoretical Foundations And Numerical Evidences
Study Of A Microcanonical Algorithm On The ±j Spin Glass Model In D = 3
Replica Symmetry Breaking In Short-Range Spin Glasses: Theoretical Foundations And Numerical Evidences
Study Of A Microcanonical Algorithm On The ±j Spin Glass Model In D = 3
Critical Behavior In The Site-Diluted Three-Dimensional Three-State Potts Model
Study Of A Microcanonical Algorithm On The ±j Spin Glass Model In D = 3
Critical Behavior In The Site-Diluted Three-Dimensional Three-State Potts Model
Generalized Off-Equilibrium Fluctuation-Dissipation Relations In Random Ising Systems
Critical Behavior In The Site-Diluted Three-Dimensional Three-State Potts Model
Generalized Off-Equilibrium Fluctuation-Dissipation Relations In Random Ising Systems
Scaling Corrections: Site Percolation And Ising Model In Three Dimensions
Generalized Off-Equilibrium Fluctuation-Dissipation Relations In Random Ising Systems
Scaling Corrections: Site Percolation And Ising Model In Three Dimensions
Comment On “evidence For The Droplet Picture Of Spin Glasses”
Scaling Corrections: Site Percolation And Ising Model In Three Dimensions
Comment On “evidence For The Droplet Picture Of Spin Glasses”
Universality In The Off-Equilibrium Critical Dynamics Of The Three-Dimensional Diluted Ising Model
Comment On “evidence For The Droplet Picture Of Spin Glasses”
Universality In The Off-Equilibrium Critical Dynamics Of The Three-Dimensional Diluted Ising Model
Generalized Off-Equilibrium Fluctuation-Dissipation Relations In Random Ising Systems
Universality In The Off-Equilibrium Critical Dynamics Of The Three-Dimensional Diluted Ising Model
Generalized Off-Equilibrium Fluctuation-Dissipation Relations In Random Ising Systems
Logarithmic Corrections For Spin Glasses, Percolation And Lee-Yang Singularities In Six Dimensions
Generalized Off-Equilibrium Fluctuation-Dissipation Relations In Random Ising Systems
Logarithmic Corrections For Spin Glasses, Percolation And Lee-Yang Singularities In Six Dimensions
Small Window Overlaps Are Effective Probes Of Replica Symmetry Breaking In Three-Dimensional Spin Glasses
Logarithmic Corrections For Spin Glasses, Percolation And Lee-Yang Singularities In Six Dimensions
Small Window Overlaps Are Effective Probes Of Replica Symmetry Breaking In Three-Dimensional Spin Glasses
Crossovers In The Two-Dimensional Ising Spin Glass With Ferromagnetic Next-Nearest-Neighbour Interactions
Small Window Overlaps Are Effective Probes Of Replica Symmetry Breaking In Three-Dimensional Spin Glasses
Crossovers In The Two-Dimensional Ising Spin Glass With Ferromagnetic Next-Nearest-Neighbour Interactions
Violation Of The Fluctuation-Dissipation Theorem In Finite-Dimensional Spin Glasses
Crossovers In The Two-Dimensional Ising Spin Glass With Ferromagnetic Next-Nearest-Neighbour Interactions
Violation Of The Fluctuation-Dissipation Theorem In Finite-Dimensional Spin Glasses
The Four-Dimensional Site-Diluted Ising Model: A Finite-Size Scaling Study
Violation Of The Fluctuation-Dissipation Theorem In Finite-Dimensional Spin Glasses
The Four-Dimensional Site-Diluted Ising Model: A Finite-Size Scaling Study
Finite-Size Scaling Study Of The D = 4 Site-Diluted Ising Model
The Four-Dimensional Site-Diluted Ising Model: A Finite-Size Scaling Study
Finite-Size Scaling Study Of The D = 4 Site-Diluted Ising Model
Critical Exponents Of The Three-Dimensional Diluted Ising Model
Finite-Size Scaling Study Of The D = 4 Site-Diluted Ising Model
Critical Exponents Of The Three-Dimensional Diluted Ising Model
Phase Structure Of The Three-Dimensional Edwards-Anderson Spin Glass
Critical Exponents Of The Three-Dimensional Diluted Ising Model
Phase Structure Of The Three-Dimensional Edwards-Anderson Spin Glass
Dynamics Of The Four-Dimensional Spin Glass In A Magnetic Field
Phase Structure Of The Three-Dimensional Edwards-Anderson Spin Glass
Dynamics Of The Four-Dimensional Spin Glass In A Magnetic Field
Critical Properties Of The Ising Model On Sierpinski Fractals: A Finite-Size Scaling-Analysis Approach
Dynamics Of The Four-Dimensional Spin Glass In A Magnetic Field
Critical Properties Of The Ising Model On Sierpinski Fractals: A Finite-Size Scaling-Analysis Approach
Ising Exponents In The Two-Dimensional Site-Diluted Ising Model
Critical Properties Of The Ising Model On Sierpinski Fractals: A Finite-Size Scaling-Analysis Approach
Ising Exponents In The Two-Dimensional Site-Diluted Ising Model
3d Spin Glass And 2d Ferromagnetic Xy Model: A Comparison
Ising Exponents In The Two-Dimensional Site-Diluted Ising Model
3d Spin Glass And 2d Ferromagnetic Xy Model: A Comparison
Mean Field Dynamical Exponents In Finite-Dimensional Ising Spin Glass
3d Spin Glass And 2d Ferromagnetic Xy Model: A Comparison
Mean Field Dynamical Exponents In Finite-Dimensional Ising Spin Glass
New Evidence For Super-Roughening In Crystalline Surfaces With A Disordered Substrate
Mean Field Dynamical Exponents In Finite-Dimensional Ising Spin Glass
New Evidence For Super-Roughening In Crystalline Surfaces With A Disordered Substrate
Measures Of Critical Exponents In The Four-Dimensional Site Percolation
New Evidence For Super-Roughening In Crystalline Surfaces With A Disordered Substrate
Measures Of Critical Exponents In The Four-Dimensional Site Percolation
Griffiths Singularities In The Two-Dimensional Diluted Ising Model
Measures Of Critical Exponents In The Four-Dimensional Site Percolation
Griffiths Singularities In The Two-Dimensional Diluted Ising Model
Vidrios De Spin: Paradigma De Los Sistemas Complejos
Griffiths Singularities In The Two-Dimensional Diluted Ising Model
Vidrios De Spin: Paradigma De Los Sistemas Complejos
Equilibrium And Off-Equilibrium Simulations Of The 4d Gaussian Spin Glass
Vidrios De Spin: Paradigma De Los Sistemas Complejos
Equilibrium And Off-Equilibrium Simulations Of The 4d Gaussian Spin Glass
Simulation Of Three-Dimensional Ising Spin Glass Model Using Three Replicas: Study Of Binder Cumulants
Equilibrium And Off-Equilibrium Simulations Of The 4d Gaussian Spin Glass
Simulation Of Three-Dimensional Ising Spin Glass Model Using Three Replicas: Study Of Binder Cumulants
Numerical Evidence For Spontaneously Broken Replica Symmetry In 3d Spin Glasses
Simulation Of Three-Dimensional Ising Spin Glass Model Using Three Replicas: Study Of Binder Cumulants
Numerical Evidence For Spontaneously Broken Replica Symmetry In 3d Spin Glasses
Scaling Above The Upper Critical Dimension In Ising Models
Numerical Evidence For Spontaneously Broken Replica Symmetry In 3d Spin Glasses
Scaling Above The Upper Critical Dimension In Ising Models
On The Four-Dimensional Diluted Ising Model
Scaling Above The Upper Critical Dimension In Ising Models
On The Four-Dimensional Diluted Ising Model
How (Super) Rough Is The Glassy Phase Of A Crystalline Surface With A Disordered Substrate?
On The Four-Dimensional Diluted Ising Model
How (Super) Rough Is The Glassy Phase Of A Crystalline Surface With A Disordered Substrate?
Numerical Simulations Of The Random Phase Sine-Gordon Model
How (Super) Rough Is The Glassy Phase Of A Crystalline Surface With A Disordered Substrate?
Numerical Simulations Of The Random Phase Sine-Gordon Model
Polyakov Loops And Finite-Size Effects Of Hadron Masses In Full Lattice Qcd
Numerical Simulations Of The Random Phase Sine-Gordon Model
Polyakov Loops And Finite-Size Effects Of Hadron Masses In Full Lattice Qcd
A Proposal Of A Monte Carlo Renormalization Group Transformation
Polyakov Loops And Finite-Size Effects Of Hadron Masses In Full Lattice Qcd
A Proposal Of A Monte Carlo Renormalization Group Transformation
Ape Results Of Hadron Masses In Full Qcd Simulations
A Proposal Of A Monte Carlo Renormalization Group Transformation
Ape Results Of Hadron Masses In Full Qcd Simulations
Proposal Of A Renormalization Group Transformation For Lattice Field Theories
Ape Results Of Hadron Masses In Full Qcd Simulations
Proposal Of A Renormalization Group Transformation For Lattice Field Theories
The Triple Point Of The U(1)-Higgs Model
Proposal Of A Renormalization Group Transformation For Lattice Field Theories
The Triple Point Of The U(1)-Higgs Model
The Coulomb-Higgs Phase-Transition Of The U(1)-Higgs Model
The Triple Point Of The U(1)-Higgs Model
The Coulomb-Higgs Phase-Transition Of The U(1)-Higgs Model
The U(1)-Higgs Model: Critical Behaviour In The Confining-Higgs Region
The Coulomb-Higgs Phase-Transition Of The U(1)-Higgs Model
The U(1)-Higgs Model: Critical Behaviour In The Confining-Higgs Region
The Coulomb-Higgs Phase Transition In Z8 And Q = 8 U(1)-Higgs Models
The U(1)-Higgs Model: Critical Behaviour In The Confining-Higgs Region
The Coulomb-Higgs Phase Transition In Z8 And Q = 8 U(1)-Higgs Models
Instanton-Like Contributions To The Dynamics Of Yang-Mills Fields On The Twisted Torus
The Coulomb-Higgs Phase Transition In Z8 And Q = 8 U(1)-Higgs Models
Instanton-Like Contributions To The Dynamics Of Yang-Mills Fields On The Twisted Torus
Numerical Evidence Of A Criticai Line In The 4d Ising Spin Glass
Instanton-Like Contributions To The Dynamics Of Yang-Mills Fields On The Twisted Torus
Numerical Evidence Of A Criticai Line In The 4d Ising Spin Glass
The U(1)-Higgs Model: Study Of The Confining-Higgs Transition
Numerical Evidence Of A Criticai Line In The 4d Ising Spin Glass
The U(1)-Higgs Model: Study Of The Confining-Higgs Transition
The Confining-Higgs Phase Transition In U(1)-Higgs Lgt
The U(1)-Higgs Model: Study Of The Confining-Higgs Transition
The Confining-Higgs Phase Transition In U(1)-Higgs Lgt
Weak First Order Transitions. The Two-Dimensional Potts Model
The Confining-Higgs Phase Transition In U(1)-Higgs Lgt
Weak First Order Transitions. The Two-Dimensional Potts Model
Deterministic Chaos In The Elastic Pendulum - A Simple Laboratory For Nonlinear Dynamics
Weak First Order Transitions. The Two-Dimensional Potts Model
Deterministic Chaos In The Elastic Pendulum - A Simple Laboratory For Nonlinear Dynamics
Emergence Of The Three-Dimensional Diluted Ising Model Universality Class In A Mixture Of Two Magnets
WEB ACCESIBLE