Further Reading

Sunday, 25 June 2023

Tryptophan in Interstellar Space: A Clue to Extraterrestrial Life

Having an understanding and acceptance of the flat earth model, and the unlikelihood of space being as they say it is, makes scientific claims like the one in this post difficult to digest.

"Space" is not how they claim it is. We perceive space as an endless ocean of waters above us. What we see as stars above us, is more than likely the effect of different sound frequencies within an endless ocean that surrounds our lands within a sealed firmament. 

For space to be the vacuum as they claim it to be, means it has to be a sealed unit with confining boundaries. As a sealed unit, it is therefore impossible to enter into.

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Tryptophan is one of the 20 amino acids that are essential for life on Earth. It is a building block of proteins and a precursor of important molecules such as serotonin and melatonin.

Tryptophan is also rare in the universe, as it is easily destroyed by ultraviolet radiation and cosmic rays. Therefore, finding tryptophan in interstellar space is a remarkable discovery that could have implications for the origin and distribution of life in the galaxy.

A team of researchers led by Susan Iglesias-Groth from the Instituto de Astrofísica de Canarias (IAC) in Spain has reported the detection of tryptophan in a molecular cloud complex called Perseus, where stars and planets are formed. The team used data from the Spitzer Space Observatory, a space telescope that operated from 2003 to 2020 and observed the infrared spectrum of the sky.

The researchers focused on a stellar system within Perseus known as IC 348, which is an active star-forming region with hundreds of young stars and protoplanetary disks. They analyzed the infrared spectra of IC 348 and compared them with laboratory measurements of tryptophan....<<<Read More>>>...