The Atacama Humanoid: 6-Inch Specimen with Anomalous DNA

In 2003, a 6-inch (15 cm) humanoid specimen was found in a leather pouch near an abandoned nitrate mining town called La Noria in Chile's Atacama Desert. The specimen — nicknamed 'Ata' — had a fully formed skeletal structure including a skull, ribcage, arms, legs, and hands. Despite being only 6 inches tall, it had only 10 ribs (humans have 12), an elongated skull, and appeared to have the bone density of a 6-8 year old child. Steven Greer featured the Atacama specimen prominently in his 2013 documentary 'Sirius,' presenting it as potential evidence of non-human biology. THE STANFORD ANALYSIS: Dr. Garry Nolan, professor of microbiology and immunology at Stanford University (the same Garry Nolan now prominent in UAP research and the Sol Foundation), conducted DNA analysis on the specimen. Initial findings: the DNA was human, but with numerous mutations in genes associated with skeletal development. Nolan published peer-reviewed results in the journal Genome Research (2018) identifying mutations in genes related to dwarfism, scoliosis, musculoskeletal abnormalities, and bone development. The conclusion: Ata was likely a human female who lived to birth or slightly beyond, with a rare combination of genetic mutations causing the extreme skeletal abnormalities. THE CONTROVERSY: Critics argued Greer used the specimen irresponsibly — presenting it as potentially non-human when DNA showed it was human. Bioethicists raised concerns about studying the remains of what was likely a premature infant from an indigenous Chilean community without proper consent. The Chilean government objected to the specimen being removed from the country. WHAT IT ACTUALLY DEMONSTRATES: Regardless of whether Ata is human or non-human, the case demonstrates several important things: (1) Garry Nolan's involvement — the same Stanford scientist now leading UAP materials analysis and co-founding the Sol Foundation first engaged with this subject through Greer. Nolan has since become one of the most credible voices in UAP science. (2) The willingness to submit claims to scientific analysis — Greer didn't hide the specimen; he sent it to Stanford for DNA analysis and published the results even when they didn't support the non-human hypothesis. (3) The Atacama region itself — the driest place on Earth, where Mars analog research is conducted, and where perfectly preserved specimens can survive for thousands of years. (4) The broader question of unusual biological specimens and what they mean for our understanding of human genetic variation. THE NOLAN CONNECTION: Garry Nolan's trajectory from Atacama analysis to UAP materials research to the Sol Foundation is itself significant. His engagement with Greer's specimen led him into the UAP field, where he has since analyzed metamaterials alleged to come from recovered craft (isotopic ratios that don't match Earth geology), studied the brains of people who've had close UAP encounters (finding increased connectivity in the caudate-putamen region), and become a central figure in academic UAP research. Greer's Sirius project, whatever its flaws, brought one of Stanford's top scientists into the field.