Keyphrases
Information Machine
100%
Intelligent Response
66%
Fundamental Building Blocks
66%
Nonequilibrium Mechanism
66%
Non-equilibrium Theory
66%
Thermal Equilibrium
66%
Molecular Information
50%
Molecular Complexes
50%
Non-equilibrium
50%
Design Principles
50%
Living Organisms
50%
Bio-inspired
50%
Planetarium
33%
Science Center
33%
Energy Landscape
33%
Biological Systems
33%
Family Science
33%
External Stimuli
33%
Thermodynamics
33%
Universal Theory
33%
Environmental Noise
33%
Equilibrium Theory
33%
Toy Model
33%
Response Speed
33%
Communication Goals
33%
Generic Statements
33%
Predict-then-optimize
33%
Edge Tool
33%
Entropy Production
33%
Numerical Simulation Technique
33%
Thermodynamic Limit
33%
Landscape Approach
33%
Complex Information
33%
Dissipated Energy
33%
Far-from-equilibrium
33%
Essential Dynamics
33%
Information Sensing
33%
Intelligent Materials
33%
Classical Thermodynamics
33%
Noise Resistance
33%
Modern Theory
33%
Thermal Fluctuations
33%
Noise Robustness
33%
Hybrid Energy
33%
General Relation
33%
Equilibrium Response
33%
Energy Extraction
33%
Educational Methodology
33%
Information Hiding
33%
Physical Understanding
33%
Landscape Complexity
33%
Backreaction
33%
Non-equilibrium Flow
33%
Environment Assumptions
33%
Stochasticity
33%
Nanorobots
33%
Non-equilibrium Thermodynamics
33%
Pattern System
33%
Complex Relations
33%
Non-equilibrium Physics
33%
Thermodynamics of Information Processing
33%
Thermodynamic Principles
33%
Statistical Physics
16%
University of North Carolina
16%
Biophysics
16%
Disciplinary Training
16%
Optimal Performance
16%
Active Materials
16%
Specific Intent
16%
Professional Development
16%
Physics Chemistry
16%
Energy Dissipation
16%
Sensing Mechanism
16%
Educational Tool
16%
Smart Materials
16%
Course Modules
16%
Training Program
16%
Time-varying Environment
16%
Undergraduate Students
16%
System Energy
16%
Materials Science
16%
Middle School
16%
Strategic Goals
16%
Temperature Environment
16%
Outreach Activities
16%
Temporal Change
16%
Information Processing
16%
Integrated Education
16%
Impact Review
16%
High School Students
16%
Review Criteria
16%
Steady State
16%
Mentorship
16%
Research Education
16%
Macromolecular Complex
16%
Energy Cost
16%
Functional Materials
16%
Educational Initiatives
16%
Direct Participation
16%
Chapel Hill
16%
High School Teachers
16%
Scientific Community
16%
Pattern Recognition
16%
Energy Flow
16%
Memory Capacity
16%
Spatiotemporal Pattern
16%
Possible Mechanisms
16%
Environmental Conditions
16%
Information Storage
16%
Chemical Environment
16%
Responsive Materials
16%
Public Engagement
16%
North Carolina
16%
Engineering
Nonequilibrium
50%
External Stimulus
25%
Planetarium
25%
Thermal Equilibrium
25%
Energy Engineering
18%
Living Organism
18%
Biological System
12%
Building Block
12%
Environmental Noise
12%
Nonequilibrium Thermodynamics
12%
Entropy Production
12%
Thermodynamics Course
12%
Thermal Fluctuation
12%
Chemical Environment
12%
Hybrid Energy
12%
Thermodynamic Limit
12%
Dissipate Energy
12%
Cutting Edge
6%
Active Material
6%
Pattern Recognition
6%
Robot
6%
Energy Systems
6%
Optimal Performance
6%
Sensing Mechanisms
6%
Computer Simulation
6%
Responsiveness
6%
Energy Dissipation
6%