NASA found psychedelics in space? What the OSIRIS-REx mission really revealed
The sample brought back to Earth by the mission OSIRIS-REx from the asteroid Bennu has opened a new window into the origin of life. Analysis by NASA laboratories confirmed the presence of complex organic molecules, including amino acids and nucleobases, fundamental components for terrestrial biology.
The scientists identified compounds such as glycine, aspartic acid and several nucleobases related to the genetic structure of living things. These findings reinforce the hypothesis that some of the chemical ingredients necessary for the emergence of life may form in space and travel through asteroids and comets.
121 grams of cosmic history
The OSIRIS-REx capsule returned to Earth with approximately 121 grams of Bennu material, The first analysis revealed an astonishing diversity of organic molecules preserved for billions of years. Initial analysis revealed a surprising diversity of organic molecules preserved for billions of years.
Far from being simple inert rocks, these fragments contain information about the chemical processes that took place during the first moments of the Solar System, when the planets were still forming.
Are there compounds related to psychedelics?
Some publications in social networks have claimed that NASA found “psychedelics” in space. However, the scientific studies published to date have not reported finding psychedelic substances such as psilocybin, DMT or LSD. in the Bennu samples.
What were found were precursor organic molecules and carbon-rich compounds, chemical elements that are part of countless biological structures. This means that the basic chemistry needed to generate complex molecules appears to be widely distributed in the cosmos.
Panspermia theory is gaining interest
The discoveries also provide new data for the theory of the panspermia, which suggests that some of the essential ingredients for life could have been distributed throughout the universe by meteorites, asteroids and comets.
Although these results do not prove that life arrived on Earth from space, they do support the idea that the chemical components necessary for its emergence can form beyond our planet and survive long cosmic journeys.
A message about our origins
The Bennu findings suggest that the chemistry that gave rise to terrestrial life may not be unique to Earth. Amino acids, nucleobases and other organic compounds appear to exist naturally in different regions of the Solar System.
For the scientific community, this represents a fundamental clue in the search for extraterrestrial life and in understanding how biology arose on our planet. Every gram of material analyzed brings humanity closer to answering one of the oldest questions: are we alone in the universe or do we share the same cosmic chemical heritage?
NASA did not announce the discovery of psychedelic substances on Bennu. What it did find were organic molecules essential to the chemistry of life, an extraordinary finding that strengthens the idea that the fundamental building blocks of biology are present far beyond Earth.
