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Part of: Natural science Formal science Systems theory
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Systems science, also referred to as systems research, or, simply, [[systems]], is a transdisciplionary field concerned with understanding systems—from simple to complex—in nature, [[society]], [[cognition]], engineering, technology and science itself. The field is diverse, spanning the formal, natural, social, and applied sciences.

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Systems theory

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Systems science is an interdisciplinary field that studies the nature of complex systems in nature, society, and science itself. It involves the use of systems theory and methodology to understand and solve problems in various domains. Here's a comprehensive list of various branches and topics within systems science:

1. General Systems Theory ¶

Systems Dynamics
Systems Analysis
Systems Modeling and Simulation
Cybernetics
Control Theory
Feedback Systems
Complex Adaptive Systems
Chaos Theory and Nonlinear Dynamics

2. Systems Engineering¶

Systems Design and Development
Systems Integration
Reliability Engineering
Risk Management
Quality Control
Project Management
Human-Systems Engineering
Safety Engineering

3. Systems Biology¶

Computational Biology
Synthetic Biology
Network Biology
Genomic Systems
Proteomics
Metabolomics
Ecological Systems Biology

4. Systems Ecology¶

Ecosystem Modeling
Sustainability Science
Urban Ecology
Landscape Ecology
Agroecosystems Analysis
Ecological Resilience

5. Systems Psychology¶

Family Systems Therapy
Organizational Behavior
Human Factors and Ergonomics
Psychodynamics
Cognitive Systems

6. Systems Neuroscience¶

Neural Networks
Brain-Computer Interface
Neuroinformatics
Cognitive Neuroscience

7. Systems Sociology¶

Social Network Analysis
Organizational Studies
Sociocybernetics
Complex Social Systems

8. Systems Economics¶

Econometrics
Economic Systems Analysis
Game Theory
Evolutionary Economics
Ecological Economics

9. Systems Engineering Management¶

Systems Thinking in Management
Strategic Planning
Process Improvement
Systems Leadership

10. Information Systems¶

Database Systems
Information Theory
Knowledge Management
Decision Support Systems
Geographic Information Systems

11. Artificial Intelligence and Systems¶

Machine Learning
Expert Systems
Robotic Systems
Intelligent Agents
Knowledge-Based Systems

12. Systems Philosophy¶

Philosophical Foundations of Systems Theory
Ethics in Systems Design
Transdisciplinarity

13. Complex Systems¶

Agent-Based Modeling
Network Theory
Self-Organization
Emergence

14. Systems in Physical and Environmental Sciences¶

Climate Systems
Geological Systems
Hydrological Systems
Physical Oceanography

15. Mathematical Systems Theory¶

Dynamical Systems
Control Systems
Optimization Theory
Graph Theory
Game Theory

16. Systems in Healthcare¶

Health Systems Engineering
Medical Informatics
Telemedicine Systems
Patient Safety Systems

17. Education Systems¶

Educational Technology
Curriculum Development
Instructional Systems
Educational Policy Analysis

18. Energy Systems¶

Renewable Energy Systems
Smart Grids
Energy Policy and Planning
Energy Efficiency Systems

19. Systems in Business and Marketing¶

Supply Chain Management
Business Process Reengineering
Marketing Systems
Innovation Systems

20. Urban and Regional Systems¶

Urban Planning and Development
Transportation Systems
Infrastructure Management
Regional Development

Systems science combines principles and concepts from various disciplines to provide holistic ways of understanding and managing complex phenomena. It's an inherently multidisciplinary field, drawing on methodologies and knowledge from a wide range of other sciences.

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