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Keyphrases
Ribbon
100%
Bending Rigidity
87%
Two Dimensional
66%
Persistence Length
62%
Collective Motion
50%
Motion Pattern
50%
Strong Density
50%
Rotating Spirals
50%
Graphene Ribbons
50%
Glassy Behavior
50%
Active Agent
50%
Activity-dependent
50%
Cell Death
50%
We-map
50%
Phase Diagram
50%
Statistical Mechanics
50%
Active Force
50%
Global Flows
50%
Density Fluctuations
50%
Dense Suspensions
50%
Internal Degrees of Freedom
50%
No-analog
50%
Langevin Dynamics Simulation
50%
Non-equilibrium Phase
50%
Polar Order
50%
Active Particles
50%
Cell Division
50%
Dynamically Generated
50%
Active Filament
50%
High Activity
50%
Collective Flow
50%
Semiflexible Filaments
50%
Nematic Order
50%
Dynamical Behavior
50%
Molybdenite
25%
Graphene
25%
Hairy Ball Theorem
25%
Elastic Distortion
25%
Active Systems
25%
Stress Profile
25%
Polar Alignment
25%
Uniform Motion
25%
Flat Space
25%
Modulus of Rigidity
25%
Polycrystalline Membranes
25%
Effective Mechanical Properties
25%
Elastic Modulus
25%
Self-propelled Particles
25%
Thermal Fluctuations
25%
Statistical Properties
25%
Polar Vortex
25%
Spherical Topology
25%
Pressure Profile
25%
Mechanical Behavior
25%
Repulsion
25%
Density Profile
25%
Molecular Dynamics Simulation
25%
Simplified Model
25%
Numerical Simulation
25%
Velocity Profile
25%
Analytical Results
25%
Self-modeling
25%
Stored Energy
25%
Pressure-velocity
25%
Cell Division Process
16%
Cell Adhesion
16%
Epithelium
16%
Mortality Rate
16%
Apoptosis Rate
16%
Epithelial Tissue
16%
Surrounding Environment
16%
Cell Apoptosis
16%
Gas-filled
16%
Gel-based
16%
Nonequilibrium Phase Diagram
16%
Tissue Phase
16%
Internal Activity
16%
Glassy State
16%
Self-melting
16%
Adhesion Cell
16%
Adhesion Strength
16%
Collective Dynamics
16%
System Sizing
12%
Macroscopic Dimension
12%
Power Law Dependence
12%
Free-standing Graphene
12%
Large Distances
12%
Renormalization
12%
Scaling Theory
12%
Large-scale numerical Simulation
12%
Thin Elastic Plate
12%
Elastic Parameters
12%
Hooke's Law
12%
Random Walk
12%
Fully Developed
12%
Physics
Graphene
100%
Topology
100%
Numerical Simulation
66%
Phase Diagrams
62%
Density Fluctuation
50%
Flat Space
50%
Molecular Dynamics
50%
Mechanics
50%
Young's Modulus
50%
Degree of Freedom
50%
Cell Division
50%
Hooke Law
16%
Random Walk
16%
Phase Equilibria
12%
Melting Point
12%