This wooden tablet, dates back to 765 CE.
The tablet bears a name, attributed to a Persian man, who is believed to be an educator at the Japanese imperial court of the times.
#History #歴史o
@illyrianometer
The tablet bears a name, attributed to a Persian man, who is believed to be an educator at the Japanese imperial court of the times.
#History #歴史o
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A reconstruction of an Illyrian warrior holding a beer mug. The socks and shoes he is wearing are present among all south Slavic people on the Balkans, even Albanians. The tattoos he has are the same as the commonly known "Croatian tattoos" today.
@illyrianometer
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Andronovo Aryan pottery found in Subcontinent south asia
Proving fact Andronovo migration/invasion in South asia is real
@illyrianometer
Proving fact Andronovo migration/invasion in South asia is real
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🧬 Albanian DNA Results:
Ancient DNA (qpAdm):
🌾 65.7% Anatolian Tepecik
🐎 29.1% Steppe
🌳 5.2% Western Hunter-Gatherer
🧬 G25 Details:
66.6% Illyrian Paleo-Balkan
18.2% Anatolian
15% Slavic
0.2% (just Noise)
🤝 Genetically close to other Albanians.
🤝 Also Greeks score closer to Albanians.
@illyrianometer
Ancient DNA (qpAdm):
🌾 65.7% Anatolian Tepecik
🐎 29.1% Steppe
🌳 5.2% Western Hunter-Gatherer
🧬 G25 Details:
66.6% Illyrian Paleo-Balkan
18.2% Anatolian
15% Slavic
0.2% (just Noise)
🤝 Genetically close to other Albanians.
🤝 Also Greeks score closer to Albanians.
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DNAmeter
🧬 Albanian DNA Results: Ancient DNA (qpAdm): 🌾 65.7% Anatolian Tepecik 🐎 29.1% Steppe 🌳 5.2% Western Hunter-Gatherer 🧬 G25 Details: 66.6% Illyrian Paleo-Balkan 18.2% Anatolian 15% Slavic 0.2% (just Noise) 🤝 Genetically close to other Albanians. 🤝 Also…
IA can also be modeled like this with an average that comprends way more samples.
The study analyzed the ancient DNA of George Bähr, the architect of the Dresden Frauenkirche, using modern genetic methods to uncover his genetic origins and phenotypic traits. The results showed that Bähr had light skin and brown eyes, with Central European ancestry. His paternal haplogroup was R1b1a2a1a2-P312, and his maternal haplogroup was H35. He was lactose-tolerant and had several genetic markers associated with diseases like type 2 diabetes and coronary artery disease. These findings confirm the authenticity of his remains and provide new insights into his genetic profile.
https://www.nature.com/articles/s41598-018-20180-z
https://www.nature.com/articles/s41598-018-20180-z
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🧬 Bulgarian DNA Breakdown:
Ancient DNA (qpAdm):
🌾 58.4% Anatolian
🐎 32.3% Steppe
🌳 5.9% Western Hunter-Gatherer
🐎 3.4% Proto-Turk
🧬 G25 Analysis:
53.6% Slavic
44% Thracian + Mixed Anatolian
2.4% Proto-Turk
🤝 Genetically close to Romanians.
@illyrianometer
Ancient DNA (qpAdm):
🌾 58.4% Anatolian
🐎 32.3% Steppe
🌳 5.9% Western Hunter-Gatherer
🐎 3.4% Proto-Turk
🧬 G25 Analysis:
53.6% Slavic
44% Thracian + Mixed Anatolian
2.4% Proto-Turk
🤝 Genetically close to Romanians.
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DNAmeter
The study analyzed the ancient DNA of George Bähr, the architect of the Dresden Frauenkirche, using modern genetic methods to uncover his genetic origins and phenotypic traits. The results showed that Bähr had light skin and brown eyes, with Central European…
In response to those who believe George's prediction is flawed because "This Hiris Plex is bullcrap, that makes ancient Europeans darker for political reasons": here are his results on the Andrei Trait Tool V14...
One must eventually admit that there are many Europeans who are not from the South (neither Portuguese, Sicilian, Maltese, Cypriot, nor others) and who have brown eyes, sometimes very dark, because it is familial, the genetic lottery works that way too.
In George's case, predicting his actual REAL, in the real life, eye color is complicated; he could have had light brown, hazel, dark brown, or perhaps even lighter eyes, but it's more likely that he had hazel or light-medium brown eyes.
My brother has a lighter eyes color prediction than George but has light brown eyes in real life (maybe was the case of George? Or not).
Link to George's raw data:
https://www.mediafire.com/file/w6v6yk4tfwchfsz/george_baehr23.txt/file
One must eventually admit that there are many Europeans who are not from the South (neither Portuguese, Sicilian, Maltese, Cypriot, nor others) and who have brown eyes, sometimes very dark, because it is familial, the genetic lottery works that way too.
In George's case, predicting his actual REAL, in the real life, eye color is complicated; he could have had light brown, hazel, dark brown, or perhaps even lighter eyes, but it's more likely that he had hazel or light-medium brown eyes.
My brother has a lighter eyes color prediction than George but has light brown eyes in real life (maybe was the case of George? Or not).
Link to George's raw data:
https://www.mediafire.com/file/w6v6yk4tfwchfsz/george_baehr23.txt/file
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DNAmeter
In response to those who believe George's prediction is flawed because "This Hiris Plex is bullcrap, that makes ancient Europeans darker for political reasons": here are his results on the Andrei Trait Tool V14... One must eventually admit that there are…
george_baehr23.txt.html
157.7 KB
Report
DNAmeter
In response to those who believe George's prediction is flawed because "This Hiris Plex is bullcrap, that makes ancient Europeans darker for political reasons": here are his results on the Andrei Trait Tool V14... One must eventually admit that there are…
To compare, this is my brother results (nebula raw data, very good quality) VS real life color: brown (medium light). So, yeah, more complexe.
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Source: https://www.pnas.org/doi/10.1073/pnas.2406734121
Analysis of 34 French Iron Age samples reveals:
Hair Color Probability Distribution:
Brown: 58.8% (20 samples)
Blond: 26.5% (9 samples)
Red: 2.9% (1 sample)
Unspecified: 11.8% (4 samples)
Hair Shade Probability Distribution:
Light: 85.3% (29 samples)
Dark: 14.7% (5 samples)
Key Observations:
Brown hair probabilities range from 46% to 74%;
Blond hair probabilities range from 43% to 66%;
One case of red hair at 65% probability (COL330);
Light shade probabilities often exceed 90%;
Dark shade high probabilities in 4 samples (GDF1348, GDF1349B, PT7, Pech9);
Some samples show discrepancies between color and shade probabilities.
@illyrianometer
Analysis of 34 French Iron Age samples reveals:
Hair Color Probability Distribution:
Brown: 58.8% (20 samples)
Blond: 26.5% (9 samples)
Red: 2.9% (1 sample)
Unspecified: 11.8% (4 samples)
Hair Shade Probability Distribution:
Light: 85.3% (29 samples)
Dark: 14.7% (5 samples)
Key Observations:
Brown hair probabilities range from 46% to 74%;
Blond hair probabilities range from 43% to 66%;
One case of red hair at 65% probability (COL330);
Light shade probabilities often exceed 90%;
Dark shade high probabilities in 4 samples (GDF1348, GDF1349B, PT7, Pech9);
Some samples show discrepancies between color and shade probabilities.
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