Comparing the Real Universe and Star Wars: Which Is More Appealing?

Diving into the vast and fascinating realms of both the real universe and the legendary Star Wars universe can offer a unique perspective. While our everyday universe presents us with a familiar and somewhat predictable landscape, the Star Wars universe is a treasure trove of intrigue and possibility. Let's explore what makes each universe appeal to different types of people and delve into the peculiarities of the Star Wars universe, particularly in terms of physics and artificial intelligence.

Universe vs. Star Wars: A Comparison of Humanness

When it comes to the real universe, the general populace tends to be more similar than varied. Despite individual differences in skills, advantages, and circumstances, the overarching theme is consistency. A bullet hits, and you die. This simplicity is a characteristic that appeals to many, particularly those who appreciate stability and uniformity.

In contrast, the Star Wars universe is a freight train of diversity. The mere presence of the Force introduces a whole new dimension of power and potential, making the heroes and legends truly stand out. The scale of variation in the Star Wars universe is staggering—some are legendary, competent, and awe-inspiring, while others are pawns in larger stories. The vast spectrum of characters ranges from skilled Force users to cunning scoundrels and noble queens, making the galaxy a remarkably dynamic and colorful place.

Physics in the Star Wars Universe

The physics of the Star Wars universe is a rather... peculiar affair, if we choose to overlook the apparent Force powers and faster-than-light travel (FTL). Beyond these fantastical elements, the fundamental physical laws appear to deviate from what we know. This is particularly evident in the behavior of droids and AI.

While artificial intelligence in Star Wars seems to have reached a level akin to human intelligence a long time ago, there appears to be an unexplained limitation on further advancements. Unlike many other sci-fi universes, Star Wars doesn't rely on tactical AIs on their ships or automatons. Even battle droids are often outmatched by organics, and this includes not just the Jedi and elite clone troopers, but even the bumbling Gungan army would likely have bested a superior force of battle droids if not for their disadvantage in technological and environmental factors.

My theory is that, unlike our universe, in the Star Wars universe biological neurons are significantly more conductive than metals, allowing living creatures to think faster than machines. This concept explains why droids are more of a supporting cast rather than major players in the galactic stage. Furthermore, it clarifies why successful militaries don't use droids as their primary force, and why even when they are automated, it is done to the minimum extent possible. This also explains the persistence of slavery in a world where you can buy robots.

Implications for AI and the Human-Electronic Relationship

This unique interpretation of the conductive nature of biological neurons over metallic ones not only alters the dynamics of the Star Wars universe but also sets the stage for the perception of AI. In the real universe, the rapid advancements in AI technology are raising concerns about the potential takeover by intelligent machines. In contrast, the Star Wars universe offers a reassuring safety net, where biological intelligence still reigns supreme.

The limitations on the capabilities of droids and AI in Star Wars suggest that biological systems have an inherent edge over their mechanical counterparts. This is reflected in the reluctance to automate military forces and the persistence of human-droid interactions. The notion that machines can mimic human intelligence does not equate to them surpassing it, at least not in the foreseeable future within the Star Wars universe.

Another interesting consequence of this conductive nature theory is the low resolution and complexity of computers in Star Wars. Keeping up with advanced visuals, especially holograms, requires very complex or large systems. Additionally, the cooling requirements of these systems start to become a challenge. This further solidifies the idea that the physics of the Star Wars universe is quite different from our own, leading to intriguing differences in chemistry and the overall functioning of technology.

Ultimately, while the Star Wars universe offers a thrilling array of legends, Force powers, and exotic technology, the safety of the real universe, with its more familiar and grounded physics, cannot be ignored. Given the endless possibilities and the constant threat of superweapons and the Force, I, personally, prefer to stick with the real universe for the time being, even with the absence of force sensitivity and superweapons.