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Scientists Unveil Alien Technology in Spherical UFOs, Say Experts (International Edition)

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 Scientists have unveiled the initial X-ray pictures of an enigmatic spherical entity retrieved in Colombia, with local residents asserting it has extraterrestrial origins.
 alien
 origin.


 The so-called '
 UFO
 In March, sightings were reported above the town of Buga where an object was observed making erratic movements across the sky, inconsistent with typical airplane trajectories.


 The object was recovered
 Soon after landing, it was examined by researchers who found that it consists of three layers of metallic substances and contains 18 tiny spheres around what they refer to as a 'chip' at its core.


 Dr. Jose Luis Velazquez, the radiologist who inspected the sphere, noted the absence of 'welds or seams,' suggesting it was not made through conventional human methods.


 He and his colleagues determined: "This appears to be man-made since there are no signs of welding, and its interior consists of dense materials. Further examination must be conducted to confirm its source."


 The globe also shows symbols
 the team drew comparisons with early scripts such as runes, Ogham, and those from Mesopotamia.


 Leveraging AI for interpreting the design, the team decoded the message as follows: "The source of creation via union and vitality within the process of change, convergence of singularity, growth, and awareness—an individual’s awareness."


 "We view this as a call to humanity, urging us to collectively change our mindset to support Mother Earth—particularly given the present problems of contamination and environmental degradation," explained the researchers.

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 The item was retrieved on March 2 by a group of individuals who stated that it had a weight of approximately four and a half pounds.
 
 felt as cold as the inside of a refrigerator when touched.
 


 
 David
 
 V
 
 Eleazar El Potro, one of the people who retrieved the item, recently appeared on Maussan Television.
 
 organized by journalist and ufologist Jaime Maussan, who has been at the center of debates for almost ten years due to his investigations.


 Maussan garnered recognition in 2017 when he
 allegedly found alien mummies in Peru—discoveries that haven’t been confirmed yet
 .


 But
 
 V
 
 
 Eleazar El Potro asserts that the sphere is genuine, discovered in the forests near Buga.
 


 
 He informed Maussan that Jose, the individual who discovered it, fell ill for several days following contact with the item.
 


 
 'The moment I sprinkled water on it, it began emitting smoke, and the water evaporated immediately.'
 
 V
 
 
 elez el Potro a
 
 added, indicating the inside was warm while the outside was chilly.
 


 
 Nevertheless, there are no official reports or scientific analyses to substantiate the claims of a spherical object descending upon Buga. The only evidence consists of eyewitness accounts.
 


 Velez el Potro said
 
 The authorities reached out to him to surrender the sphere, yet he declined, stating, "It will vanish forevermore."
 

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 Thus, he handed it over to Maussan and their group of specialists in the hope they would discover the sphere's source.
 


 The researchers discovered that the sphere possessed uneven borders, suggesting that it is a solid entity.


 The external layer seemed to be the most compact, similar to human bone.


 "The core of the sphere exhibits a reduced radio-acoustic density compared to its perimeter, suggesting an inner architecture possibly characterized by greater porosity or made up of materials less dense than those found in the external layer," explained Ignacio 'Nacho' Rojo, who hosts the YouTube series Hidden Truths, during his conversation with Maussan.


 The research indicates that the exterior might consist of materials such as titanium or steel; however, scientists emphasized that a comprehensive compositional study must be conducted to validate these conclusions.


 The X-ray analysis also uncovered 18 tiny spots inside the object’s central area, positioned in a manner suggesting an organized rather than haphazard arrangement.


 The team hypothesized that the 18 points might be sensors, bolts, or remnants of microspheres.


 'It's clear that we lack information about its makeup and manufacturing process, however, it seems to be a deliberately constructed item designed to enclose these tiny metal parts within itself,' Rojo stated, summarizing the findings from the X-ray examination.

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 Scientists are now calling the 18 points 'a chip' because of their exact positioning and placement inside the sphere.


 'Advanced technology or intentional design is indicated by this symmetry,' Rojo said additionally.


 He added, "The 18 points exhibit no indications of fractures, which implies that the structure is still sound."


 The X-ray analysis showed that the tips protrude about 0.5 centimeters into the inside of the sphere.


 Moreover, the group noticed a central band made up of a distinct material containing numerous smaller spheres. It’s their hypothesis that these were inserted internally prior to sealing off the artifact.


 Nevertheless, the X-ray analysis failed to uncover any evident indications of the assembly methods used.

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Scientists Unveil Alien Technology in Spherical UFOs, Say Experts (International Edition)

READ MORE: Enigmatic blinking 'UFO' observed above California Scientists have unveiled the initial X-ray pictures o...

A Giant Eye on the Sky: The ELT Could Detect Life at Proxima Centauri Overnight

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 With the promise of revolutionizing our view of nearby star systems, the
 
 Extremely Large Telescope (ELT)
 
 is poised to do something no ground-based observatory has done before: detect potential signs of life on a planet orbiting the closest star to the Sun—
 
 Proxima Centauri
 
 —in under half a day. A new simulation study outlines how, thanks to its massive light-gathering power and unprecedented resolution, the ELT may be able to distinguish between living and lifeless planets based solely on the reflected light from their atmospheres.


 This breakthrough possibility is detailed in a 2025 study by
 
 Miles H. Currie
 
 and
 
 Victoria S. Meadows
 
 , which models the telescope’s ability to extract molecular fingerprints from exoplanets that don’t even transit their host stars. Their preprint,
 available on arXiv
 , suggests the answer to one of astronomy’s most enduring questions—
 
 are we alone?
 
 —might be just a few years away.

<h2>
 The next leap in Earth-based astronomy
</h2>

 Set high in the
 
 Chilean Atacama Desert, the ELT
 
 is scheduled to begin operations in 2028. With a primary mirror spanning 39 meters, it will be the largest optical/infrared telescope ever built on Earth. Its enormous surface area will allow it to collect more light than any previous ground-based telescope—and produce images up to 16 times sharper than Hubble.


 While other telescopes like
 
 JWST
 
 have made progress in analyzing exoplanet atmospheres during planetary transits, they face limitations. Most notably, many exoplanets—including some of the most promising Earth-like ones—
 
 do not transit
 
 from our line of sight. That’s where the ELT changes the game.


 Instead of waiting for a planet to pass in front of its star, the ELT will be able to capture
 
 reflected starlight
 
 directly from exoplanetary atmospheres. Using advanced high-contrast imaging and
 
 spectroscopy
 
 , it can isolate molecular signatures such as
 
 oxygen
 
 ,
 
 carbon dioxide
 
 , and
 
 water vapor
 
 —markers that could hint at biological activity.

<h2>
 Simulating the search for life
</h2>

 To evaluate the ELT’s potential, Currie and Meadows created detailed simulations of four Earth-like worlds orbiting nearby
 
 red dwarf stars
 
 :


 ・A lush, non-industrial Earth, rich in water and plant life


 ・An ancient Archean Earth, with primitive life and minimal oxygen


 ・A desiccated, oceanless world, more like Venus or Mars


 ・A barren, prebiotic Earth, with the chemistry for life but no organisms


 The researchers also modeled Neptune-sized
 exoplanets
 for contrast, expecting their thick atmospheres to yield different spectral patterns.


 Their goal: determine whether the ELT could reliably distinguish between living and lifeless planets, while avoiding false positives or false negatives. Could a planet without life appear to be thriving—or worse, could a truly habitable world be mistaken for a dead one?


 Their conclusion was clear: with only ten hours of observation, the ELT could likely identify atmospheric biosignatures on an Earth-like planet around Proxima Centauri. For gas giants, meaningful spectra could be obtained in just an hour.

<h2>
 Proxima Centauri: the prime target
</h2>

 Orbiting just 4.24 light-years away,
 
 Proxima Centauri
 
 is home to at least two known exoplanets—Proxima b and Proxima d. While the exact habitability of Proxima b is still debated, its location within the star’s habitable zone and relative proximity to Earth make it a prime candidate for future observations.


 If even a
 
 thin atmosphere
 
 exists around Proxima b, the ELT might be able to detect it. And if that atmosphere contains molecules associated with biology, the implications would be staggering.


 With the telescope’s capabilities, astronomers won’t need to rely solely on rare planetary alignments or indirect detection. They’ll be able to observe exoplanets directly, opening the door to a more continuous and detailed survey of nearby planetary systems.

<h2>
 Beyond detection: preventing misinterpretation
</h2>

 Importantly, the study also highlights the risk of spectral ambiguity. Not every detection of oxygen or methane should be taken as a smoking gun for life. Natural, abiotic processes can mimic the chemical output of organisms.


 That’s why the
 
 ELT’s resolution
 
 and sensitivity are so critical. By combining multiple spectral features and high-resolution data, researchers hope to develop stronger biosignature frameworks, reducing the likelihood of mistaken conclusions.


 In this context, the ELT will not just search for life—it will help define what counts as evidence.


 
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A Giant Eye on the Sky: The ELT Could Detect Life at Proxima Centauri Overnight

With the promise of revolutionizing our view of nearby star systems, the Extremely Large Telescope (ELT) is poised to do someth...