AHA, Inc. Biennial International Conference 2026 | March 19-21
Chaos Theory, Oscillations, and Equine Movement
Breakout Session #3
Friday, March 20th
10:30am-11:30am MT
Research in fields other than our own (therapy utilizing equine movement) can provide insights and a much broader evidentiary base into how the use of equine movement works to produce the results we see in our clients. Chaos theory demonstrates how small inputs can build into significant changes, while neuroscience’s study of brain oscillations explains how different processing centers coordinate and adjust when they receive new information.When we engage our client’s systems using equine movement we can provide incoming information that initiates more typical motor and sensory responses. These more typical responses represent a more efficient neural pattern and the brain reorganizes around this efficiency. This process represents neuroplasticity and leads to optimized performance of the affected systems and reduced energy expenditures. We can understand then, the importance of producing the highest quality and most appropriate movement plan from our equine partners to affect the greatest change in our clients.
Presentation Outline
1. Introduction to Key Concepts
Objective: Introduce chaos theory and neural oscillations as frameworks for understanding therapeutic outcomes in equine movement therapy.
Content:
Chaos Theory: Explain how small, unpredictable changes can lead to significant outcomes in complex systems.
Neural Oscillations: Define neural oscillations and their role in brain function and information processing.
2. Equine Movement as a Therapeutic Modulator
Objective: Discuss how equine movement serves as a structured input that influences neural processing.
Content:
Describe the sensory and motor inputs provided by equine movement.
Explain how these inputs can lead to more typical motor and sensory responses, promoting neuroplasticity.
3. Bridging Theory and Practice
Objective: Connect chaos theory and neural oscillations to practical therapeutic outcomes.
Content:
Discuss how equine movement can initiate efficient neural patterns through structured input.
Explain the concept of neuroplasticity and its relevance to therapy.
Highlight the importance of selecting appropriate equine movements to optimize therapeutic outcomes.
4. Implications for Clinical Practice
Objective: Explore the practical applications of integrating these theories into clinical settings.
Content:
Discuss how understanding chaos theory and neural oscillations can inform treatment planning.
Provide strategies for incorporating these concepts into therapy sessions.
5. Conclusion and Future Directions
Objective: Summarize key points and suggest avenues for further exploration.
Content:
Recap the integration of chaos theory and neural oscillations in equine movement therapy.
Encourage ongoing research and application of these concepts in clinical practice.