You would be able to control the butterfly effect I think

You would be a walking embodiment of chaos

Combining the ability to control the butterfly effect with the power to manipulate entropic energy would create a potent and intricate form of influence over systems, both chaotic and thermodynamic. Here’s how this combination could play out:

1. Enhanced Predictive Manipulation: By controlling the butterfly effect, you could initiate small, calculated changes that would ripple through a system. Coupled with the ability to manipulate entropy, you could then adjust the energy states of affected components to guide the system toward a desired outcome.

2. Targeted Entropic Adjustments: By understanding how small changes propagate through a system (via the butterfly effect), you could more effectively target specific points for entropic manipulation. This means you could raise or lower entropy at precise moments to amplify or dampen the cascading effects of your initial changes.

3. Dynamic Equilibrium Control: Combining these powers would allow you to create, sustain, or disrupt equilibrium states in highly controlled ways. You could induce small changes to push a system out of equilibrium and then use entropic manipulation to stabilize the new state or guide it toward a different equilibrium.

4. Complex System Mastery: With control over both chaotic and thermodynamic processes, you would have unparalleled mastery over complex systems. This could range from altering weather patterns by tweaking initial atmospheric conditions and adjusting energy states to influencing biological systems by affecting molecular interactions and their entropic states.

5. Strategic Energy Utilization: You could strategically utilize unused energy in a system by identifying small, seemingly insignificant changes that could be magnified through the butterfly effect, then harnessing that energy to achieve significant outcomes.

6. Controlled Unpredictability: By leveraging the unpredictability inherent in chaotic systems while having the ability to manage entropic states, you could introduce controlled unpredictability. This means you could orchestrate events that appear random but are ultimately guided toward a specific goal.

This combination would make you a master of both small-scale interactions and large-scale system dynamics, with the potential to effect profound changes in both natural and artificial environments.