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非線性、非平衡物理及生物物理之前沿研究(3/3)
Lai, Pik-Yin
(PI)
物理學系
概覽
指紋
研究成果
(3)
指紋
探索此專案觸及的研究主題。這些標籤是根據基礎獎勵/補助款而產生。共同形成了獨特的指紋。
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Keyphrases
Bidirectional Network
100%
Population Waves
100%
Dynamic Propagation
100%
Population Dynamics
100%
Resistors
100%
Wave Propagation
100%
Gyrator
100%
Correlated Noise
100%
Lotka-Volterra
100%
Two-species
100%
Coupling Strength
83%
Complex Networks
75%
Species Coexistence
66%
Lotka-Volterra Model
66%
Numerical Solution
66%
Thermal Bath
66%
Biological Materials
50%
Biophysics
50%
Non-equilibrium Physics
50%
Soft Matter Systems
50%
Partial Correlation Coefficient
50%
Branches of Science
50%
Coupling Functions
50%
Correlation Time
50%
Directed Networks
50%
Pearson Correlation Coefficient
50%
Noise Free
50%
Network Structure
50%
Correlation Strength
50%
Relative Coupling
50%
Complex Structure
50%
Intraspecific Interactions
33%
Species Population
33%
General Parameters
33%
Mutualism
33%
Interacting Species
33%
Stochastic Electronics
33%
Temperature Scale
33%
Weak Competition
33%
Brownian Ratchet
33%
Population Map
33%
Isoclines
33%
Wavefront Speed
33%
Wavefront Propagation
33%
Brownian Motion
33%
Near-room Temperature
33%
Wavefront Solutions
33%
One Dimension
33%
Biological Relevance
33%
Speed Parameter
33%
Temperature Difference
33%
Temperature Coupling
33%
Detailed Balance
33%
Wave Speed
33%
Win-win
33%
Lyapunov Function
33%
Electronic Circuit
33%
Electronic System
33%
Nonlinear Dynamic Analysis
33%
Ecological Implications
33%
Capacitors
33%
Spatial Diffusion
33%
Steady-state Dynamics
33%
Dynamical Behavior
33%
Voltage Fluctuation
33%
Thermal Noise
33%
Heat Transfer Mechanism
33%
Interaction Parameter
33%
Species Interactions
33%
Resistor-capacitor Circuit
33%
Predator-prey
33%
Wave Properties
33%
Phase Diagram
33%
Cellular Level
25%
Physical Systems
25%
Biological Networks
25%
Drive System
25%
Signaling Pathway
25%
Theoretical Method
25%
Regulatory Pathways
25%
Subcellular Level
25%
Complex Dynamics
25%
Biological Systems
25%
Cell Signaling Pathways
25%
Coupled Nonlinear Systems
25%
Pathway Dynamics
25%
Interaction System
25%
Nonlinear Equilibrium
25%
Non-equilibrium
25%
Engineering
Nodes
100%
Coupling Strength
100%
Gyrators
100%
Theoretical Relation
50%
Correlation Time
50%
Complex Networks
50%
Measurable Quantity
50%
Common Practice
50%
Fixed Points
50%
Pearsons Linear Correlation Coefficient
50%
Temperature Scale
50%
Voltage Fluctuation
50%
Thermal Noise
50%
Coupled Circuits
50%
Dynamical Behavior
50%
Dynamic State
50%
Networks (Circuits)
50%
One Dimensional
50%
Room Temperature
50%
Mathematics
Wavefront
100%
Complex Networks
100%
Partial Correlation Coefficient
100%
Pearson Correlation Coefficient
100%
External Influence
100%
Fixed Points
100%
Lotka-Volterra Model
100%
Numerical Solution
66%
Dynamic Analysis
33%
Isoclines
33%
Predator-Prey
33%
Wave Speed
33%
One Dimension
33%