Date of discovery: July 6, 2020
Location of discovery: Eros, Asteroid belt
NASA Source: https://photojournal.jpl.nasa.gov/catalog/PIA02493
I was looking through some NASA photos and came across this one. The asteroid Eros was too dark so I added light. When I did I instantly saw the building in the far right side of it. The building is square in shape and really doesn't look nature, but instead looks like it was made by intelligent beings. Eros is 16.8 km across, so this building is close to .5km high and wide. Thats a huge structure to be on Eros. This is 100% proof that NASA knows about and keeps quiet about the existence of aliens.
Scott C. Waring
1/2KM Building on Eros in the Asteroid Belt: NASA Link, UFO Sighting News
On July 6, 2020, an intriguing discovery was made by UFO researcher Scott C. Waring while examining NASA photos of the asteroid Eros. Eros, one of the largest near-Earth asteroids, was photographed extensively by NASA’s NEAR Shoemaker spacecraft. During his review, Waring enhanced the image by adjusting the light levels, revealing what appears to be a large, square structure on the asteroid’s surface. This building, estimated to be about 0.5 kilometers in height and width, suggests the presence of intelligent design and raises questions about NASA's knowledge of extraterrestrial life. Here’s a detailed exploration of this discovery, its implications, and the broader context of UFO research and extraterrestrial structures.
The Discovery on Eros
Eros is a notable object in the asteroid belt due to its size and proximity to Earth. It measures approximately 16.8 kilometers across and has been a subject of scientific interest, particularly following the NEAR Shoemaker mission, which provided high-resolution images of its surface.
Initial Observation: Scott C. Waring discovered the structure while examining the NASA photo cataloged as PIA02493. The original image was quite dark, making it difficult to discern fine details. By increasing the brightness and contrast, Waring revealed a square-shaped structure on the far right side of the asteroid’s surface.
Description of the Structure: The building is notably square, with well-defined edges and a flat top, unlike the surrounding irregular, rocky terrain. Its dimensions are estimated to be around 0.5 kilometers (500 meters) in both height and width, making it a significant feature on the asteroid.
Implications of the Structure: The discovery of such a large and geometrically precise structure suggests artificial origin. Natural geological processes are unlikely to produce such a perfect square, leading to the hypothesis that this building was constructed by intelligent beings.
Analysis of the NASA Image
Image Enhancement: The original image, taken by the NEAR Shoemaker spacecraft, was quite dark, making it challenging to analyze. By adjusting the light levels, details that were previously obscured became visible. This technique, often used in astrophotography, helps highlight features that may not be immediately apparent.
Geometric Analysis: The square shape of the building stands out against the chaotic natural formations of Eros. Geometric structures, especially those with right angles and flat surfaces, are rare in natural settings, particularly on asteroids. This anomaly strongly suggests artificial construction.
Comparative Size: Given Eros’s dimensions (16.8 kilometers across), a structure that is 0.5 kilometers in size is significant. It would be among the largest known artificial constructs on an asteroid, dwarfing most natural geological features.
Implications of the Discovery
The presence of a large, square structure on Eros has profound implications for our understanding of extraterrestrial life and the potential for intelligent civilizations beyond Earth.
Evidence of Extraterrestrial Life: If the structure is indeed artificial, it serves as compelling evidence that intelligent extraterrestrial beings have visited or inhabited the asteroid. This challenges the current scientific consensus and opens up new avenues for the search for extraterrestrial intelligence (SETI).
Technological Advancements: The ability to construct such a large building on an asteroid suggests a high level of technological advancement. This would require sophisticated engineering, materials science, and possibly even space travel capabilities far beyond our current understanding.
NASA's Knowledge and Silence: The discovery raises questions about NASA's knowledge of extraterrestrial life. If such structures have been known to exist, why has this information not been disclosed to the public? This fuels speculation about possible cover-ups and the reasons behind them.
Strategic and Geopolitical Considerations: The existence of alien technology has significant geopolitical implications. Nations may compete to study or control such technology, which could lead to advancements in various fields, including defense, energy, and space exploration.
Broader Context of Extraterrestrial Structures
The discovery on Eros is not an isolated incident. Over the years, there have been numerous reports of artificial structures on other celestial bodies, further supporting the possibility of extraterrestrial civilizations.
The Face on Mars: Discovered by the Viking 1 orbiter in 1976, the face on Mars in the Cydonia region has been a subject of debate and speculation. While some scientists attribute it to natural erosion, others believe it to be an ancient monument created by an intelligent species.
Structures on the Moon: Several anomalies have been reported on the Moon, including pyramidal shapes, domes, and other geometric formations. These structures are often cited as evidence of past extraterrestrial activity.
Artificial Satellites and Spacecraft: There have been numerous sightings of unidentified flying objects (UFOs) in Earth's orbit and beyond. These objects exhibit advanced maneuvers and technologies that suggest they are not of human origin.
Underwater Anomalies: Some researchers have identified large, geometric structures on the ocean floor, which they believe could be remnants of ancient alien civilizations. These underwater anomalies further expand the scope of potential extraterrestrial presence on Earth.
The Role of Technology in UFO Research
Advancements in technology have significantly enhanced our ability to detect and analyze potential extraterrestrial structures and phenomena.
Satellite Imagery: High-resolution satellite images, like those from the NEAR Shoemaker mission, provide detailed views of celestial bodies. Enhancing these images can reveal features that might otherwise go unnoticed.
Artificial Intelligence: AI and machine learning algorithms can process vast amounts of data, identifying patterns and anomalies that humans might miss. These technologies are increasingly used in astrophysical research and the search for extraterrestrial intelligence.
Ground-Based Telescopes: Modern ground-based telescopes, equipped with advanced optics and imaging technologies, can observe distant objects with unprecedented clarity. These observations can corroborate findings from space missions.
Public Involvement and Citizen Science: Platforms like Google Earth and NASA’s public databases allow amateur researchers and enthusiasts to contribute to the search for extraterrestrial life. Crowdsourcing efforts can lead to new discoveries and insights.
Future Directions for Research
The discovery of the building on Eros opens up several avenues for future research and exploration.
Detailed Mapping and Analysis: Further analysis of the Eros images, using advanced image processing techniques, could provide more details about the structure and its surroundings. 3D modeling and simulation could help understand its construction and purpose.
Robotic Missions: Sending a robotic probe to Eros could provide direct evidence of the structure’s nature. The probe could capture high-resolution images, conduct surface analysis, and possibly enter the building if feasible.
International Collaboration: Studying extraterrestrial structures should be a global effort. Collaboration between space agencies, research institutions, and private companies can pool resources and expertise, leading to more comprehensive investigations.
Public Disclosure and Transparency: Ensuring transparency in the study of extraterrestrial phenomena is crucial. Governments and space agencies should disclose relevant findings and involve the public in discussions about their implications.
Conclusion
The discovery of a 0.5-kilometer building on Eros by Scott C. Waring is a remarkable addition to the growing body of evidence suggesting the presence of extraterrestrial structures in our solar system. The square, geometrically precise nature of the building challenges natural geological explanations and implies intelligent design. This finding not only fuels speculation about alien life but also raises important questions about NASA's knowledge and transparency regarding such discoveries.
As technology advances, our ability to detect and analyze extraterrestrial phenomena will continue to improve. Collaborative efforts, both within the scientific community and with the public, will be essential in uncovering the mysteries of these structures and their implications for humanity.
The journey to understand our place in the universe is ongoing. Each discovery, like the building on Eros, brings us closer to answering profound questions about life beyond Earth. As we continue to explore, let us remain open-minded and curious, embracing the possibility that we are part of a vast, interconnected cosmos teeming with intelligent life.
