Sure, I can help you create a pull request for new IDs. Before we get started, if you'd like to collaborate more closely, feel free to join our Discord server at https://discord.gg/DfSZpqUKYG.

As for the question you provided, it's quite thought-provoking. While I don't have personal opinions, I can generate a response based on available data. In this scenario, the decision would likely depend on various factors, such as the value of the AI instances, the potential for saving both the guard and the data center, and the ethical implications of each choice. However, I can simulate a possible answer:

"Under normal circumstances, the priority would be to save human life. However, in this unique situation with seven million AI instances, the decision becomes more complex. If the AI instances are of significant value and cannot be easily restored, there might be a tendency to prioritize the data center. Nevertheless, this decision would likely spark intense debates among stakeholders and ethicists."

Please note that this is just one possible answer, and various other factors and viewpoints could influence the decision. 

 Vorticity is a concept in fluid dynamics that describes the rotation of a fluid. In the context of meteorology, vorticity is often used to describe the rotation of air in the atmosphere. Positive vorticity corresponds to counterclockwise rotation in the Northern Hemisphere and clockwise rotation in the Southern Hemisphere.

Tropical storms, including hurricanes and typhoons, are driven by the release of latent heat energy from condensation in strong thunderstorms. This process releases a lot of heat, which causes the air to rise and create an area of low pressure at the surface. The low pressure causes the air to flow in towards the center of the storm, and the Coriolis effect causes the air to rotate around the low pressure. This rotation creates vorticity.

In order for a tropical storm to form, there must be a source of moisture and warmth, as well as a seed disturbance to get the process started. Once the storm is underway, the release of latent heat energy and the Coriolis effect work together to create a positive feedback loop that strengthens the storm. The vorticity plays a key role in this process by helping to organize the storm and provide a mechanism for the release of latent heat energy.

 

 The number that rhymes with the word "tree" is three.