Purported ‘Extraterrestrial Remains’ Revealed at congress hearing in Mexico City

 A Mexican ufologist, Jaime Maussan, has claimed to have two alien corpses that he presented to the Mexican Congress on Wednesday. He said that the corpses were more than 1,000 years old and were found in Peru in 2017.

He also said that they had been studied by scientists who found that their DNA was partly unknown and that they had implants made of rare metals.

They reportedly found that more than 30 per cent of the extracted DNA was “unknown”, and said both bodies contained implants made of extremely rare metals.

X-rays of the “bodies” were also shown at the hearing, with one said by experts to contain eggs.

The UNAM team also determined, through carbon 14 analysis, that the “beings” were buried for a millennium inside diatoms, a type of algae that doesn’t allow the growth of bacteria or fungi, which is how they remained so well preserved.

Maussan insisted that the supposed extraterrestrials were not mummies, but “whole, complete, bodies” that “have not been manipulated inside and that have a series of elements that make them truly extraordinary,”....<<<Read More>>>...

 

 

Alternative non-carbon life forms in the universe

 Life as we know it on Earth is based on carbon, a versatile element that can form complex molecules with various other elements. Carbon is also abundant in the universe, and it is compatible with water, the solvent that enables many biochemical reactions.

However, carbon is not the only element that could potentially support life. Scientists have speculated about alternative biochemistries that could exist in different environments, using different elements and solvents.

One of the most popular candidates for an alternative element is silicon, which belongs to the same group as carbon on the periodic table and has four valence electrons. Silicon can form long chains and rings like carbon, but it is less stable and more reactive.

Silicon also tends to form strong bonds with oxygen, resulting in silicates and silica, which are rigid and crystalline structures that are not conducive to life.

However, some scientists have suggested that silicon-based life could exist in environments where oxygen is scarce, such as on planets with reducing atmospheres or under the surface of gas giants....<<<Read More>>>...