Chapter 47: Intelligent Life and Principles of UFOs

"Just now, I used your technology to experience many forms of extraterrestrial life. I discovered that even beyond the Solar system, most of the intelligent races that rule the planets are in human form, some just have more limbs than humans, or are not much different. Is this phenomenon unique to our Milky Way, or do advanced intelligent beings across the universe generally share humanoid traits?" I voiced the question that had been troubling me since this afternoon's experiences.  

"Hmm, what you're describing is actually a rule specific to our localized universe," Buweiro explained. "Think about it carefully. Your human scientists have summarized that for a planet to give rise to carbon-based life, it must first meet certain basic conditions: air, sunlight, and water. Then there's the need for an atmosphere, lightning, and the perfect combination of various essential elements to successfully evolve diverse life forms. For intelligent life to emerge, capable of creating civilizations, these are the prerequisites. You agree with this, don't you?"  

Seeing me nod, Buweiro continued: "In our localized universe, planets with these conditions typically see life emerging in three key environments: land, water, and underground. While simple, single-celled life can appear in the air, it's impossible for multicellular, tangible life to develop there—unless we're talking about the silicon-based life forms I mentioned earlier. However, such cases are exceedingly rare. At least within our localized universe, silicon-based life is highly improbable, except in the multiverse governed by Taoist civilizations. Hence, the Interstellar Alliance believes that life is unlikely to emerge in the air, leaving only the three aforementioned environments."  

I nodded again. Buweiro's explanation was logical and easy to follow.  

"Life emerging in land, water, or underground environments evolves into multicellular organisms under specific conditions. However, their traits vary depending on their origin:  

Let's start with water. This generally refers to intelligent life that evolves in large bodies of oceans. Such beings, even when they develop civilizations, retain distinctive physical traits—such as fish tails, pectoral fins, scales, gills, and eventually hand-like appendages. Hands are essential for performing tasks conveniently. On Earth, many people have encountered extraterrestrial beings resembling this type, often referred to as 'mermaid aliens'. The mermaids or mermen recorded in legends are likely remnants of oceanic alien civilizations witnessed by humans in the past.  

Next, underground intelligent life forms typically exhibit characteristics resembling lizards, geckos, or reptiles. Some species have scales or tails, adaptations for surviving in harsh subterranean environments. Hand-like structures are also indispensable. No matter how intelligent they might be initially, a lack of suitable physical traits would make it difficult for them to progress beyond primitive states. Due to the dark, humid, and harsh conditions underground, such species often have crawling habits. To humans, these beings appear terrifying, grotesque, or downright ugly. However, their appearances are frequent enough that humans have categorized them collectively as 'reptilian species' or 'lizard people'."  

Buweiro's explanation left my mind swirling with thoughts. I shook my head to clear it, refocusing to listen attentively.  

"Finally, let's talk about land-based intelligent life forms, which are the most diverse. I'll describe five general types. These species evolved to adapt to terrestrial environments and the survival-of-the-fittest rules of the jungle, developing into multicellular organisms capable of advancing primitive civilizations. Like the others, having hand-like appendages is indispensable. This is why, no matter the planet, intelligent life with hand-like structures is commonly observed.  

The first type is the snake people. They have a humanoid upper body and a serpentine lower body. Many species of this type inhabit the surface. They possess incredible resilience and vitality. I've mentioned some examples before, such as Fuxi and Nüwa.  

The second type resembles humans, with arms and legs. Some may have tails, fur, scales, or even bumps on their skin. This group evolves rapidly and exists in significant numbers. However, their drawback is relatively weak vitality. Humans who have encountered them often call them 'humanoid alien species' .

The third type includes winged beings capable of flight. Since they evolved from terrestrial origins, we still classify them as land-based rather than airborne life. To adapt to aerial environments, they often possess feathers and claws. Humans refer to them as 'avian aliens' or 'angels'.  

The fourth type is 'insect-like aliens'. These intelligent beings evolved from insectoid ancestors and have established their own civilizations. Examples include butterfly aliens, mothman-like aliens, dragonfly aliens, and mantis aliens. They typically have appendages resembling hands, multiple wings, and fuzzy bodies. Humans often refer to them in myths and legends as 'monsters' or 'fairies'.  

The fifth type is the so-called 'gray aliens' you often encounter. Most of these are artificial substitutes created by extraterrestrial civilizations. In recent times, they are the alien species humans have interacted with the most. While there are other land-based intelligent life forms, they are relatively rare."  

"Mm, the aliens you described remind me of what I've seen in short videos. From ancient legends to modern global myths, traces of these beings appear everywhere. So, they were real all along," I remarked thoughtfully. After pondering for a moment, I moved on to another topic I had been eager to discuss.  

"Can you tell me about UFOs or alien spacecraft? I'm really curious about this, and so is everyone else. If someone spots a UFO in the sky, they'd be so excited they'd jump for joy. Why is it that most unidentified flying objects we humans see are disc-shaped? It's like all alien species coincidentally use that design. While other shapes of UFOs have been reported, they are incredibly rare. Whenever aliens are mentioned, people instantly associate them with UFOs."  

"Yes, that's true. The spacecraft of various alien species—whether spaceships, probes, or others—are predominantly disc-shaped, circular, cylindrical, oval, or flattened. Although other shapes occasionally appear, they are almost always related to circular forms.  

The reason for this consistency lies in the fact that, as a species approaches the development of a basic civilization, their technology reveals that our universe's spacetime operates in a spiral rotational pattern. Circular spacecraft, whether during takeoff or in flight, align perfectly with the laws and frequencies of spatial, atmospheric, and temporal movement—essentially the spiral dynamics of the universe.  

Disc-shaped or circular spacecraft minimize air resistance, seamlessly integrate with their surroundings, and achieve higher efficiency while conserving energy and time. In simple terms, disc-shaped or circular designs are more in tune with the fundamental laws of the universe."  

Buweiro's explanation clarified a lot for me.  

"Uh, I've read many accounts claiming that human military jets have engaged in combat with UFOs, but our weapons can't hit them. Even when they do manage a hit, the saucers are impervious, sometimes even reflecting all attacks. I want to ask, why do human aircraft experience total instrument failure when they approach a saucer? What material are saucers made of that makes them indestructible and capable of reflecting all attacks?" I felt this was a question on behalf of humanity, and whether I could fully understand Buweiro's answer would depend on luck.  

"I'll give you a simple explanation of a few principles behind the construction of UFOs.  

First, the number of elements, particles, and quarks currently discovered by humans is very limited. This limitation results in deficiencies in material fusion. There are still many fundamental particles and elements in everyday life, experiments, and the universe that humans need to discover, along with mastering the relative atomic mass of each element.  

Second, your current understanding of thermodynamics is still in its infancy. This field requires further advancement until you grasp its essence. Once achieved, you can extract various atoms from elements and particles. By applying the principles of thermal motion, you can organize all molecules into a perfectly arranged structure, thereby creating flawless molecules or manufacturing any desired material—such as highly resilient substances or miraculous medicines."  

Buweiro's explanation left me a bit bewildered, but I tried my best to keep it in mind as he continued:  

"Third, consider gluons, which mediate the strong interaction between quarks. Currently, human science only has a preliminary theoretical understanding of gluons. Scientists need to refine and amplify gluons into a tangible form. Gluons possess a strong interaction property, which you can think of as an extreme adhesive quality. Tangible gluons can make any material, including the atoms in saucer materials, achieve the highest level of cohesion, resulting in unmatched durability.  

Fourth, human scientists need to continue researching and perfecting the role of the strong nuclear force. This fundamental force is the strongest known and operates over slightly longer ranges than gluons. If scientists could also refine the strong nuclear force into a tangible form, it would create an extremely powerful bonding attraction between atoms. If gluons ensure the strongest adhesion between materials, then the strong nuclear force guarantees the tightest and most unbreakable atomic bonds. Together, gluons and the strong nuclear force can lock atoms into an unbreakable lattice, making materials indestructible. This is a foundational principle for manufacturing saucer materials."  

By this point, I was feeling quite overwhelmed, but I forced myself to focus and memorize as much as I could. After a brief pause to clear my head, I asked Buweiro: "Are there any additional requirements?"  

"Fifth, your scientists need to deepen their understanding of the electron magnetic moment and master the rules governing positive and negative magnetic moments. This would enable the use of magnetic principles to absorb and repel any atoms.  

In summary, human scientists first need to refine various elemental particles to create nano-materials. Then, using the essence of thermodynamics, they must organize and compactly arrange these nano-materials to construct an indestructible prototype spacecraft. Next, by employing the strong nuclear force and gluons, they can seamlessly fuse the craft into an invulnerable structure. Finally, incorporating positive and negative electron magnetic moments would allow them to manipulate the craft's spin magnetic moment at will.  

If the craft were subjected to energy attacks, it could use positive magnetic moments to absorb useful energy and convert it for its own use. Negative magnetic moments could repel any attack. With these conditions met, humans could create a basic UFO like the ones in your science fiction films."  

It was all so complex. If not for the sake of humanity's future, I doubt I could have remembered so much. Every technological theory I recorded was an effort at the time, and later, I reviewed numerous materials to piece it all together. There might be inaccuracies in some places, but I truly did my best.