EXTRATERRESTRIALS LABORATORY

Astrophysics and Celestial Errors

by: Behzad Farahani

My achievements as the top student in mathematics, physics, and chemistry during high school and university were instrumental in shaping my life trajectory. They provided the skills and confidence necessary to excel in many areas including astrophysics, philosophy, religion, our adorable planet and her creatures.

 

It all started when I was a very young boy. At night, I was trying to reach the stars and during the day feeling sad for the humans. Those two feelings—of wonder and of sorrow—would come to shape my journey in unexpected ways.​

In those moments, the vastness of the universe felt like a gentle invitation to explore beyond what I could see and know. Are we really one of the best ever happened to these galaxies? So, I took my notes of mathematics and physics to my meetings with God, which I will elaborate on in this book. 
 

Mathematics and physics collectively proved to me that we are not the best at all. One of the best decided to use our stable suboceanic environment as their field office. The unique location, nestled deep beneath the waves, offered a degree of isolation and security that was unmatched by any land-based facility. Encased in a bubble, the field office provided panoramic views of the surrounding marine life, creating an inspiring yet serene atmosphere for their research and operations. 

 

In this remarkable setting, they conduct experiments and analyze data, all while surrounded by the ever-changing tapestry of the ocean. The suboceanic environment not only enhanced their productivity but also deepened their appreciation for the delicate ecosystems they were working to customize.

 

The phenomenon of people disappearing around the world is a significant concern for governments, humanitarian organizations, and families. While precise numbers are difficult to ascertain due to differences in reporting standards, definitions, and record-keeping across countries, various estimates provide a general sense of the scale of this issue. Globally, it is estimated that millions of people are reported missing every year.
 

An abundant source of supplies is essential for the smooth operation of any laboratory.

​

Our understanding of the world is crippled by an unfinished brain, the limitations of lenses of our telescopes we point at the sky and laughably crude instruments we strut around calling “advanced.” The real problem, though, is our vanity: we mistake noise for knowledge and congratulate ourselves for tiny gains as if they were triumphs. Our senses routinely deceive us, our technology still gropes in the dark, and what we label “understanding” is often just a narrow, warped sliver of reality—a hard ceiling on what we can detect, measure, and comprehend.

​

It is evident that, in many cases, our current understanding and theories are still in their infancy. The frameworks established by past and present scholars may be deeply flawed, as their perspectives are often shaped by the limited knowledge of those who came before them. This cycle can lead to overconfidence in our collective intellect, despite the possibility that we are continuing to build upon fundamentally mistaken assumptions.

​

Our scholars believe they are geniuses only because they read some books written by other naive scholars who came before them. This cycle of self-assurance perpetuates a sense of intellectual superiority, often ignoring the value of humility and critical thinking.

​

In the hundreds of millions of years history of our planet, we just recently agreed that our planet is not flat only after killing the person who claimed it was spherical. This refers to the long-held belief in a flat Earth, which persisted until scientific advancements and courageous individuals challenged the idea. The acceptance of a spherical Earth is now a cornerstone of modern science, but it came after centuries of resistance and, at times, tragic consequences for those who spoke out.

​

Our limited exploration of Earth's biodiversity highlights just how much remains unknown, with only a fraction of species identified so far. Despite this, humanity continues to conceal knowledge about extraterrestrial life, hindering potential scientific progress. Moreover, our actions contribute to a staggering loss of species daily, underscoring the urgent need for conservation and greater transparency in sharing discoveries both on our planet and beyond. We are accountable for the extinction of 150 to 200 species every single day on this precious planet.

​

We believe that we are the most intelligent creature by exploring a nano part of science, creating a primitive periodic table of elements and discoveries under new names like exotic matters, micro clusters, or monatomic gold. However, this perspective can be seen as somewhat limited, considering the vastness of the universe and the unknown complexities that remain to be uncovered.

​

We just have been too busy fooling ourselves and creating Gods, religions, prophets, and even saints and their family members and praying to an unknown creature to help us to prosper. In doing so, we often lose sight of our own responsibility and agency, waiting for external forces to guide our paths rather than cultivating our own potential. This tendency has shaped societies and beliefs throughout recent short history, always distracting us from the practical steps we could take to improve our lives.

​

Several hundred million years ago, our genetic makeup may have undergone significant changes influenced by beings that many people still consider taboo to discuss. Those who raise the subject are sometimes dismissed as irrational, in a manner reminiscent of how early proponents of a spherical Earth were once ridiculed.

​

The proposition that ancient experimentation occurred is supported by references to archaeological collections and monumental sites. Proponents frequently cite material associated with ancient Persia, describing it as an early center of civilization, and note that several modern countries whose names end in “-stan” (from the Persian stān, meaning “land” or “state”, like Pakistan, Afghanistan, Kazakhstan, Hindustan, etc.) were historically within Persian spheres of influence. Similar claims are also extended to geographically distant locations—such as Baalbek, Machu Picchu, and Puma Punku—which are presented as containing comparable evidence.​

​

There is compelling reason to believe that extraterrestrial observers exist; however, humanity has provided little basis for earning their confidence. Our history is characterized by impulsive violence and an instinctive hostility toward what is unfamiliar: we often destroy what we do not understand and exploit what we are able to control. Even on our own planet, the possibility of an unknown creature—whether real or legendary, such as “Bigfoot”—frequently inspires not protection or thoughtful inquiry, but pursuit and harm. When confronted with the unfamiliar or newly discovered organism, our response is too often to capture, dissect, and experiment rather than to pursue coexistence. A civilization that continues to meet difference with fear and force cannot yet be considered sufficiently mature to be welcomed into a broader community.

Even ants sustain a society that is, in crucial respects, more disciplined, coherent, and functional than our own. The fact that we have cobbled together a small set of crude tools and technologies over the last few centuries does not remotely entitle humanity to call itself a truly civilized species—especially when set against advanced beings who engineered our existence and have crossed galaxies for millions of years.