Deep Space Objects Scientists Can’t Explain Without Theorising An “Advanced Alien Civilisation”


Oumuamua was discovered on October 19, 2017, by the Pan-STARRS1 telescope in Hawaii.

Oumuamua is an interstellar object that gained significant attention in late 2017. Its name, derived from the Hawaiian language, means “scout” or “messenger.” Oumuamua is the first known interstellar visitor to our solar system, and its unique characteristics have sparked considerable intrigue and speculation.

Here are some key details about Oumuamua:

  1. Discovery: Oumuamua was discovered on October 19, 2017, by the Pan-STARRS1 telescope in Hawaii. It was initially identified as a comet but was later reclassified as an asteroid due to the lack of a visible coma (a cloud of gas and dust surrounding a comet’s nucleus).
  2. Shape and Size: Oumuamua has an elongated, cigar-like shape with an estimated length of about 800 meters and a width of approximately 80 meters. This shape, unusual for known asteroids and comets, contributed to its mysterious nature.
  3. Interstellar Origins: Oumuamua’s trajectory and speed indicated that it originated from outside our solar system. It entered the solar system from above the plane of the planets’ orbits and passed closest to the Sun on September 9, 2017, at a distance of about 38 million kilometers.
  4. Acceleration Anomaly: One of the most puzzling aspects of Oumuamua is its unexpected acceleration as it moved away from the Sun. Scientists observed a slight boost in its speed, not accounted for by the gravitational forces from the Sun or other celestial bodies. This acceleration, still unexplained, led to speculations about possible artificial or non-gravitational forces at work.
  5. Non-Cometary Characteristics: Oumuamua showed no signs of a coma, a tail, or any cometary activity, despite being initially classified as a comet. Its surface appeared reddish and appeared to be composed of metals or rocky materials. This again deviated from typical expectations for interstellar objects.
  6. Limited Observational Data: Due to its rapid speed and trajectory, scientists had a limited window of time to study Oumuamua. The lack of detailed observations and limited data hindered a thorough understanding of its composition and nature.
  7. Natural or Artificial Origin: Oumuamua’s mysterious properties led to speculation about its potential artificial origin. Some scientists proposed the idea that it could be a “lightsail” or an artificial spacecraft propelled by radiation pressure. However, there is currently no compelling evidence to support the notion that Oumuamua is of artificial or extraterrestrial origin.

Oumuamua has prompted considerable scientific interest and further highlighted the need for increased research into interstellar objects. Studying such anomalous visitors can provide valuable insights into the formation and nature of objects beyond our solar system, as well as deepen our understanding of potential interstellar travel and the existence of other civilizations.

The red rectangle nebula:

The Red Rectangle Nebula, also known as HD 44179, is a unique and enigmatic object located in the Monoceros constellation.

The Red Rectangle Nebula, also known as HD 44179, is a unique and enigmatic object located in the Monoceros constellation. It was first identified as a nebula in the 1970s and has since captivated astronomers due to its distinctive shape and mysterious nature. Here’s some information about the Red Rectangle Nebula:

  1. Shape and Appearance: The Red Rectangle Nebula gets its name from its rectangular shape, which is a result of its bipolar structure. It appears as a red, elongated cloud of dust and gas surrounding a central star. The star at the nebula’s core is a binary system consisting of a dying star, known as a carbon-rich asymptotic giant branch (AGB) star, and a smaller companion.
  2. Emission Spectrum: One of the most intriguing aspects of the Red Rectangle Nebula is its emission spectrum, which shows an unusual combination of emission lines. These lines indicate the presence of various molecular and atomic species, including carbon compounds, nitrogen, and others. The exact mechanisms responsible for the unique emissions are not yet fully understood.
  3. Symmetry and Alignment: The Red Rectangle Nebula exhibits remarkable symmetry and alignment in its structure. The central binary star system appears to have ejected material that forms a torus or disk-like structure around it. This disk is surrounded by two cone-shaped regions, giving the nebula its distinct rectangular shape. The mechanisms behind this symmetrical formation are still under investigation.
  4. Reflection and Scattering: The inner regions of the Red Rectangle Nebula reflect and scatter the star’s light, causing the red coloration. This phenomenon occurs due to the presence of dust grains in the nebula, which scatter shorter-wavelength light and make it appear redder.
  5. Proto-Planetary Nebula: The Red Rectangle Nebula is classified as a proto-planetary nebula, representing a transitional phase in the life cycle of a star. It is thought to be a precursor to the formation of a planetary nebula. Proto-planetary nebulae exhibit characteristics of both AGB stars and planetary nebulae, indicating a complex and evolving process.
  6. Mysterious Dark Band: Within the Red Rectangle Nebula, there is a dark band, often referred to as the “Dark Dancer.” The origin and nature of this dark feature remain uncertain. It is thought to be a region of high-density dust that obscures the light behind it, but the exact mechanisms that give rise to this dark band are not yet fully understood.

Despite decades of research, several aspects of the Red Rectangle Nebula’s nature and formation remain mysterious. Scientists continue to study this intriguing object using various observational techniques, such as spectroscopy, infrared observations, and computer modeling, in an effort to unravel the underlying processes that contribute to its unique properties.

Planet nine:

The existence of Planet Nine (Planet X) was first hypothesized in 2014 by astronomers Konstantin Batygin and Michael E. Brown.

Planet Nine, also known as Planet X, is a theorised planet proposed to exist in the outer regions of our solar system. Its mysterious nature stems from the fact that it has not yet been directly observed or confirmed. Here are some key aspects of the mysterious nature of Planet Nine:

  1. Theoretical Prediction: The existence of Planet Nine was first hypothesized in 2014 by astronomers Konstantin Batygin and Michael E. Brown. They proposed its presence based on observed orbital anomalies of several distant trans-Neptunian objects (TNOs), which seemed to suggest the gravitational influence of an unseen massive object.
  2. Elusive and Undetected: Despite extensive searches using various telescopes and observational techniques, Planet Nine has eluded direct detection. Its distant location, estimated to be many times farther from the Sun than Neptune, makes it challenging to observe with current technology.
  3. Orbital Characteristics: The hypothetical orbit of Planet Nine is believed to be highly elongated and inclined relative to the plane of the solar system. It is thought to have an average distance from the Sun that is roughly 20 times greater than Neptune’s distance, with a highly elliptical orbit that takes thousands of years to complete.
  4. Gravitational Influence: The proposed existence of Planet Nine aims to explain the peculiar orbital alignments and clustering of several TNOs beyond Neptune. These distant objects exhibit similar orbital characteristics and align in a way that suggests a common gravitational influence from an unseen massive planet.
  5. Mass and Size Estimates: The estimated mass of Planet Nine is believed to be several times that of Earth, making it a significant planetary body. Its size is still uncertain, but it is thought to be a gas giant similar in size to Neptune or even larger.
  6. Origins and Formation: The origins of Planet Nine remain uncertain. Various theories propose that it might have formed closer to the Sun and migrated outward due to gravitational interactions with other planets or that it might be a captured planet from another star system. The exact mechanism by which Planet Nine came to be and settled into its current hypothetical orbit is still a topic of scientific investigation.
  7. Possible Explanations: The existence of Planet Nine offers a potential explanation for several unexplained phenomena in our solar system, such as the clustering of distant TNOs, the tilt of the Sun’s spin axis, and the apparent detachment of some objects from the plane of the solar system.

While the existence of Planet Nine is still awaiting direct confirmation, ongoing research continues to refine the predictions and search strategies for this elusive planet. Future advancements in observational technology, such as more sensitive telescopes and sky surveys, may contribute to unraveling the mystery of Planet Nine and potentially revealing the secrets of our outer solar system.


formally designated as 7968 Elst-Pizarro, is an asteroid located in the outer regions of our solar system, primarily in the asteroid belt between Mars and Jupiter.

Elst-Pizarro, formally designated as 7968 Elst-Pizarro, is an asteroid located in the outer regions of our solar system, primarily in the asteroid belt between Mars and Jupiter. It is notable for its unusual and mysterious characteristics. Here are some aspects of the puzzling nature of Elst-Pizarro:

  1. Comet-Asteroid Hybrid: Elst-Pizarro is classified as both an asteroid and a comet due to its dual nature. It exhibits characteristics of both types of objects, blurring the traditional boundary between comets and asteroids. It displays a cometary coma, a fuzzy envelope of gas and dust around the central nucleus, similar to comets, but also has an asteroid-like appearance.
  2. Variable Activity: Elst-Pizarro displays variable activity, with the intensity of its cometary outgassing and dust emissions varying over time. Sometimes it shows a more active cometary behavior, producing a visible coma and even a short-lived tail, while at other times it appears dormant like a typical asteroid. The mechanisms driving these changes in activity are not yet fully understood.
  3. Origin and Evolution: The origin and evolutionary history of Elst-Pizarro remain uncertain. One possibility is that it is a captured Kuiper Belt object that was subsequently transported into the asteroid belt. Another hypothesis suggests that it may have formed in the asteroid belt itself but retained a significant amount of volatile material, typically associated with comets.
  4. Reservoir of Primordial Material: Elst-Pizarro’s enigmatic nature raises questions about the nature and composition of objects in the early solar system. Its combination of rocky and volatile materials suggests that it may be a remnant from the early stages of the solar system’s formation, potentially preserving pristine material from that time.
  5. Transitional Object: Elst-Pizarro is considered a transitional object between comets and asteroids. It represents a unique opportunity for scientists to study the processes and properties that lead to the differentiation between these two types of celestial bodies. Understanding the factors responsible for its hybrid nature can provide valuable insights into the formation and evolution of small bodies in our solar system.

The study of Elst-Pizarro and similar objects challenges the conventional classifications and boundaries in planetary science. By examining these enigmatic bodies, scientists hope to gain a better understanding of the diversity and complex processes that shape our solar system, shedding light on the origins and dynamics of comets, asteroids, and the early stages of planetary formation.

Tabby’s Star:

Tabby’s Star, also known as KIC 8462852, gained significant attention due to its unusual and mysterious behavior. Discovered by the Kepler space telescope

Tabby’s Star, also known as KIC 8462852, gained significant attention due to its unusual and mysterious behavior. Discovered by the Kepler space telescope, Tabby’s Star exhibits perplexing and irregular fluctuations in brightness, raising questions and sparking various hypotheses. Here are some key aspects of its mysterious nature:

  1. Unusual Light Curves: Tabby’s Star exhibits irregular and significant dips in its brightness, much more pronounced than what is typically observed in other stars. These dips vary in duration and depth, ranging from a fraction of a percent to over 20% of the star’s total brightness. The irregular nature of these light curves, with no discernible periodicity, has puzzled astronomers.
  2. Boyajian’s Star: Tabby’s Star is sometimes referred to as “Boyajian’s Star” after astronomer Tabetha Boyajian, who led the study that initially brought attention to its unique behavior. Boyajian and her team analyzed the Kepler data and found that Tabby’s Star exhibited multiple deep and irregular dimming events, unlike anything observed before.
  3. Lack of Consensus: The cause of the irregular dimming events remains uncertain, and scientists have proposed various explanations, including natural phenomena and even the possibility of extraterrestrial activity. No consensus has been reached regarding the exact nature of the star’s behavior.
  4. Alien Megastructures Hypothesis: One prominent hypothesis that gained attention is the idea of “alien megastructures.” Some scientists speculated that the irregular dimming could be the result of an advanced extraterrestrial civilization building massive structures, such as “Dyson spheres,” around the star, partially blocking its light. However, this hypothesis is highly speculative and lacks concrete evidence.
  5. Other Explanations: Several alternative explanations have been proposed to account for Tabby’s Star’s behavior. These include circumstellar dust clouds, cometary fragments, or swarms of exocomets passing in front of the star, causing the observed dimming. However, each proposed explanation faces challenges in fully explaining the observed light curves.
  6. Ongoing Observations: Observatories and telescopes continue to monitor Tabby’s Star to gather more data and insights into its behavior. The star’s unusual nature has sparked additional observational campaigns to capture high-resolution data during dimming events, in hopes of uncovering the underlying mechanisms causing the irregular fluctuations.

Tabby’s Star represents a captivating mystery in the field of astrophysics, challenging our understanding of stellar behavior and prompting exploration of various hypotheses. Continued research and observations aim to unravel the true nature of the star’s irregular dimming, potentially shedding light on unique astrophysical phenomena or providing us with new insights into the possibility of extraterrestrial civilizations.






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