Why is Thrawn in another galaxy in “Ahsoka?”
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The vast expanse of the universe, with its countless galaxies, has long been a subject of intrigue for scientists and Star Wars enthusiasts alike. The recent revelation regarding Grand Admiral Thrawn's voyage to another galaxy, aided by the mystical purrgil, has sparked a flurry of scientific interest. This article delves into the possible physics behind this monumental journey and the challenges of making a return trip.
1. The Enigma of Purrgil Hyperspace Tunnels
The purrgil, Star Wars' famed hyperspace whales, possess the innate ability to create micro-tunnels through hyperspace. While they inspired ancient technological adaptations for galaxy-wide travel, their capabilities extend far beyond the confines of a single galaxy.
1.1. Micro-tunnels and Hyperspace Properties
The creation of micro-tunnels suggests a manipulation of spacetime on a quantum level. By understanding and harnessing the quantum properties of hyperspace, the purrgil can twist, expand, and shrink these tunnels to traverse vast distances. These actions are reminiscent of theorized wormholes and quantum entanglement in Earth's scientific theories.
2. Traversing Intergalactic Voids
One of the most significant challenges of intergalactic travel is the vast, seemingly empty space between galaxies, termed the 'intergalactic void'. These voids possess minimal matter and differ significantly from the densely packed regions within a galaxy.
2.1. The Role of Starmaps
Lady Morgan's ancient starmap, which charts a pathway to the Peridea galaxy, might be more than just a directional tool. It could potentially highlight energy-rich pathways or "hyperspace highways" within the void that make travel feasible. Such pathways would be vital for navigation, ensuring that the purrgil, or any intergalactic traveler, can maintain their energy reserves.
3. Intergalactic Forces and Galactic Gravitational Wells
Every galaxy possesses a unique gravitational signature, resulting from the collective mass of stars, planets, and dark matter. Exiting one galaxy and entering another would involve navigating these immense gravitational wells, a feat that would require immense energy and precise calculation.
3.1. The Purrgil's Navigational Mastery
The purrgil's ability to seamlessly travel between galaxies hints at an inherent understanding of these gravitational nuances. Their evolved biochemistry might allow them to detect and interpret gravitational variances, enabling them to plot a course that minimizes resistance and energy consumption.
4. The Challenge of Return
For Thrawn and Ezra, the question isn't just about how they reached another galaxy, but also how they might return. Given the purrgil's role in their voyage, several factors complicate a potential return journey:
Dependence on the Purrgil: Without the unique abilities of the purrgil, replicating such a journey using conventional Star Wars technology might be impossible.
Energy Consumption: The energy requirements for such a journey are staggering. Even if a technological solution were found, fueling such a trip might be infeasible.
Navigational Uncertainties: Without a detailed understanding of the Peridea galaxy's gravitational properties and the nuances of the intergalactic void, plotting a return course would be fraught with danger.
5. Implications for The Force
The journey to another galaxy, especially one potentially linked to the origins of the Nightsisters of Dathomir, might hold profound implications for understanding the Force. If Peridea operates under different Force rules, it suggests a universality yet variability of the Force across galaxies, prompting deeper philosophical and scientific inquiries.
Grand Admiral Thrawn's intergalactic voyage, facilitated by the purrgil, challenges our understanding of space travel within the Star Wars universe. While the precise physics remain shrouded in mystery, the journey pushes the boundaries of what is deemed possible and opens up a cosmos of possibilities for future Star Wars narratives.
