neuro archaeology,

Recent archaeological findings near Bruniquel Cave have transformed our understanding of Neanderthals' cognitive abilities and artistic skills.
A significant structure around 178,000 years old has been discovered, indicating the earliest known human construction, which predates modern humans' arrival in Western Europe by over 100,000 years.
The only human species present at that time were Neanderthals.

Prior assumptions suggested that Neanderthals could not travel deep underground; however, findings at Bruniquel challenge this notion.
This cave has reshaped our insights into the Neanderthal skill set.
A fundamental question remains unanswered about Neanderthals’ capabilities and intentions behind their creations.

Prehistoric art has traditionally symbolized the emergence of the modern human mind, often depicted through animals and human figures in caves.
Canadian paleoanthropologist Genevieve von Petzinger focuses on the geometric signs often overlooked in cave art, such as:
- Little squiggly marks
- Abstract signs
- Geometric patterns (lines, circles, dots)
Genevieve embarked on a two-year journey across Europe inventorying ancient cave art sites.

Genevieve noted a recurring pattern across 52 caves:
- Only 32 geometric signs were used repeatedly in various locations.
- These signs are not random but convey meaningful messages, indicating that Neanderthals possessed a form of communication.
There is a claim that these symbols may have been created by Neanderthals, reshaping beliefs on their artistic contributions.

Archaeologists Alastair Pike, Joao Ziyao, and physicist Dirk Hoffman aimed to understand the dating of prehistoric art.
Traditional radiocarbon dating is ineffective for cave art made primarily with inorganic pigments like red ochre and black manganese (90% of cave art).
The innovative approach involved dating calcite, formed by water flowing over cave art, as a means to estimate the age of the underlying artwork.

The newly applied technique yielded surprising results, revealing that some geometric signs in three caves in Spain date back at least 65,000 years.
This discovery potentially indicates Neanderthal artistry, particularly in Ardalis Cave, where evidence of red pigment spitting was present, dated 20,000 years before modern humans arrived.

The simplicity of cave signs compared to later depictions indicates a crucial step towards abstract thought equivalently shared among modern humans.
Engaging in symbolic thought implies the capacity for language and more complex communication systems.
These findings have significant implications for our understanding of human evolution, particularly concerning the cognitive capabilities of Neanderthals.

In 2010, scientists sequenced a complete Neanderthal genome from bone fragments and compared it to modern human DNA:
- Findings revealed traces of Neanderthal DNA in all modern non-African individuals, approximately 2% of the genetic code in these populations.
Migration patterns indicate that around 50,000 years ago, modern humans moved into Neanderthal territories, leading to interbreeding.

Geneticist Tony Capra and his team study the influence of Neanderthal DNA on contemporary health issues:
- Neanderthal DNA impacts immune responses, sunlight sensitivity, and susceptibility to specific diseases like depression and addiction.
- Addiction traits may have been beneficial for Neanderthal survival, enabling them to pursue food resources obsessively.
In contemporary society, however, these traits may predispose individuals to behavior such as nicotine addiction, although this risk remains a small component of overall addiction susceptibility.

Research led by professor Alison Mouotri at the University of California explores brain evolution differences between Neanderthals and modern humans.
The study, termed