@hoare_spitall@bibliolater@bookstodon i find them greatly dissimilar, unless he was molesting teenagers he brought along for the ride? No?
Didn't think so, or YOU would've spoken up, or at least refused to go along with it silently, and certainly not defending him when the truth came to light
@whatzaname@bibliolater@bookstodon
I'm not defending anybody, not even me. But I am aware that sometimes prima facie situations appear to be other than they are, and I have also learned to wait until all the pieces of the jigsaw are on the board before deciding what the picture shows.
Thomas Willis (1621-1675) : Neurologist, Chemist, Physician
“Willis is not only credited to be the founder of neurology, but he is also seen as the father of comparative neuroanatomy, as his work, in particular Cerebri anatome and De anima brutorum, compare the human brain with that of other species in ‘search for specific human abilities in cognitive functions’ (Molnár, p. 334).”
@bibliolater@science@earlymodern@histodon@histodons
But in all seriousness, did he, or others, consider Corvids when comparing "the human brain with that of other species in ‘search for specific human abilities in cognitive functions’"?
Great science, uncomfortable history: Sir Gustav Nossal and the long tail of eugenics
“Dhoombak Goobgoowana has revealed the extensive influence of Nazi apologists, racists and massacre perpetrators in the history of the university – not referring to Nossal. It outlines how eugenic ideas about white superiority denigrated First Nations people, as well as non-white immigrants.”
Royal Society exhibition revives 18th-century debate about shape of the Earth
“Some members of the French Academy of Sciences interpreted measurements taken in Paris by scientists including Jacques Cassini as supporting the idea that the Earth was elongated at the poles, resembling a lemon or a melon.
By contrast, Isaac Newton had proposed that the centrifugal force caused by the Earth’s rotation would result in the planet being flattened at its poles, thus having a similar shape to an orange.”
Royal Society exhibition revives 18th-century debate about shape of the Earth
“_Some members of the French Academy of Sciences interpreted measurements taken in Paris by scientists including Jacques Cassini as supporting the idea that the Earth was elongated at the poles, resembling a lemon or a melon.
By contrast, Isaac Newton had proposed that the centrifugal force caused by the Earth’s rotation would result in the planet being flattened at its poles, thus having a similar shape to an orange._”
Did the Condemnation of 1277 Create Modern Science?
“The purpose of the Condemnation of 1277 was to stomp out any thought not strictly in accord with Church doctrine, including its various miracles such as the transformation in the Eucharist. To the extent that this condemnation was actually followed, it would have led to complete intellectual stagnation.”
“The first known calculation of the Earth’s circumference was made 2300 years ago by a man called Eratosthenes. I remember in school, how impressed I was by how accurately the Earth’s circumference was measured such long time ago. Today we’re going to take a closer look on how his calculation was made.”
Thomas Willis (1621-1675) : Neurologist, Chemist, Physician
“Willis is not only credited to be the founder of neurology, but he is also seen as the father of comparative neuroanatomy, as his work, in particular Cerebri anatome and De anima brutorum, compare the human brain with that of other species in ‘search for specific human abilities in cognitive functions’ (Molnár, p. 334).”
The History of Ions: Unveiling the Electric Charge
"Around 1830, Faraday posited the existence of charged particles within molecules that migrate between electrodes during electrolysis—an idea ahead of its time."
#Image attribution: Science History Institute, Public domain, via Wikimedia Commons. Page URL: https://commons.wikimedia.org/wiki/File:Michael_Faraday_-_Man_of_Science_-_DPLA_-_5f2b65726e7d4bb523e98ae61828bc11_(page_6).jpg
The History of Ions: Unveiling the Electric Charge
"Around 1830, Faraday posited the existence of charged particles within molecules that migrate between electrodes during electrolysis—an idea ahead of its time."
#Image attribution: Science History Institute, Public domain, via Wikimedia Commons. Page URL: https://commons.wikimedia.org/wiki/File:Michael_Faraday_-_Man_of_Science_-_DPLA_-_5f2b65726e7d4bb523e98ae61828bc11_(page_6).jpg
The History of Ions: Unveiling the Electric Charge
"Around 1830, Faraday posited the existence of charged particles within molecules that migrate between electrodes during electrolysis—an idea ahead of its time."
#Image attribution: Science History Institute, Public domain, via Wikimedia Commons. Page URL: https://commons.wikimedia.org/wiki/File:Michael_Faraday_-_Man_of_Science_-_DPLA_-_5f2b65726e7d4bb523e98ae61828bc11_(page_6).jpg