Bryan Sykes Quote
The Roman historian Tacitus, who wrote in AD 98, ‘For myself I accept the view that the people of Germany have never been tainted by intermarriage with other peoples and stand out as a nation peculiar, pure and unique of its kind.’ Luther himself even managed to concoct a genealogy for the Germans right back to Adam, who for Christians like Luther was the father of the human race.
Bryan Sykes
The Roman historian Tacitus, who wrote in AD 98, ‘For myself I accept the view that the people of Germany have never been tainted by intermarriage with other peoples and stand out as a nation peculiar, pure and unique of its kind.’ Luther himself even managed to concoct a genealogy for the Germans right back to Adam, who for Christians like Luther was the father of the human race.
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About Bryan Sykes
Bryan Clifford Sykes (9 September 1947 – 10 December 2020) was a British geneticist and science writer who was a Fellow of Wolfson College and Emeritus Professor of human genetics at the University of Oxford.
Sykes published the first report on retrieving DNA from ancient bone (Nature, 1989). He was involved in a number of high-profile cases dealing with ancient DNA, including that of Ötzi the Iceman. He also suggested a Florida accountant by the name of Tom Robinson was a direct descendant of Genghis Khan, a claim that was subsequently disproved.
Sykes is best known outside the community of geneticists for his two popular books on the investigation of human history and prehistory through studies of mitochondrial DNA.
Sykes published the first report on retrieving DNA from ancient bone (Nature, 1989). He was involved in a number of high-profile cases dealing with ancient DNA, including that of Ötzi the Iceman. He also suggested a Florida accountant by the name of Tom Robinson was a direct descendant of Genghis Khan, a claim that was subsequently disproved.
Sykes is best known outside the community of geneticists for his two popular books on the investigation of human history and prehistory through studies of mitochondrial DNA.