What Is the Buga Sphere ?
1What Is the Buga Sphere?
The Buga Sphere is an enigmatic object discovered in Colombia and recovered by David Vélez. Research indicates that it has a complex structure—95% aluminum—with properties that challenge current science, such as levitation and electromagnetic emissions. Jaime Maussán, a well‑known ufologist, is involved in publicizing the studies.
Key Findings
Outer Shell: A 2 cm thick exterior layer, resistant to extreme pressures.
Internal Micro‑Spheres: Contains 16 internal micro‑spheres arranged in a defined pattern.
Anomalous Behavior: Exhibits temperature fluctuations of up to 9 °C and interferes with 3D scanning attempts.
Active Signals: Optical sensors and radio‑frequency emissions suggest that it may be active, possibly transmitting data.
Implications and Future Research
These discoveries raise questions about the sphere’s origin—ranging from extraterrestrial technology to advanced human engineering. UNAM plans to perform Carbon‑14 dating to determine its age. Publicly available data encourage global scientific collaboration.
Detailed Report
Since its discovery—when it fell from the sky in Colombia and was retrieved by David Vélez, who donated it for scientific analysis free of charge—the Buga Sphere has fascinated scientists and enthusiasts alike. Initially estimated at 2 kg, the artifact was later found to weigh approximately 10 kg, deepening the mystery surrounding its nature. Documented by at least two individuals who filmed its autonomous flight, the sphere suggests capabilities that defy current scientific understanding. This report provides a detailed outline for a video about the Buga Sphere, including an attention‑grabbing title and relevant tags, all in English as requested.
Context of the Buga Sphere
The Buga Sphere is the focus of Jaime Maussán’s “No Humano” program. Its analysis took place in a tomography laboratory in Mexico, with additional interpretations conducted by Ignacio “Nacho” Rojo in Barcelona, Spain. The sphere is described as a potentially non‑human artifact, with anomalous physical properties that challenge known laws of physics and engineering.
Scientific Discoveries
Recent research, released on May 24, 2025, revealed surprising details about the sphere’s composition and behavior:
Composition: 95% aluminum, with traces of iron, zinc, and manganese—similar to alloys used in aerospace industries. Its density is comparable to copper.
Structure: Solid core containing a chip‑like component with 16 pins surrounded by structured elements.
External Layer: 2 cm thick, capable of withstanding extreme pressures akin to deep‑ocean environments.
Anomalous Properties:
Hardness: Initially measured at over 300 (twice that of aerospace‑grade aluminum), but decreases variably after interaction with high‑powered magnets.
Temperature Fluctuations: Shifts of up to 9 °C in controlled settings without any apparent external cause.
3D Scanning Failure: Repeated scan attempts produced incomplete models, suggesting interference or unique material properties.
Emissions: Continuous electromagnetic and piezoelectric signals with intermittent behavior.
Internal Mechanism: Likely electromagnetic, which could explain observed levitation. Small openings in the structure hint at connections between the interior and exterior—possibly for sensory or communication functions.
Optical Sensors: Contains advanced fiber‑optic lenses and polymers that indicate optical fibers capable of recording environmental conditions (humidity, temperature, pressure).
Radio‑Frequency Signals: Emits signals that might be transmitting data to an unknown location.
Researchers and Locations
Analysis was carried out at the CT Scanner laboratory in Mexico, now under the supervision of the National Autonomous University of Mexico (UNAM). Experts such as David Ávila Roldán—who has over 50 years of experience in metallurgy—and Alejandro Fonseca Marín have observed behaviors that defy conventional explanations. Jaime Maussán, owner of Maussán TV, has promoted full transparency, making all data—including videos and measurements—available for independent review.
Implications and the Road Ahead
The findings suggest that the Buga Sphere could redefine paradigms in technology and anthropology. The possibility of an active internal system raises questions about its current functionality. UNAM’s upcoming Carbon‑14 analyses may clarify its age and origin. The commitment to open data and calls for international scientific collaboration highlight the sphere’s potential to advance knowledge in physical and cosmic sciences.