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Ulrike Beisiegel (born 1952), German biochemist, researcher of liver fats and first female president of the University of Göttingen; Sibylle Günter (born 1964), theoretical physicist researching tokamak plasmas; Hanna von Hoerner (1942–2014), astrophysicist; Eva-Maria Neher (born 1950), German biochemist, microbiologist; Nina Papavasiliou ...
Lise Meitner is the female physicist the most nominated, 16 times for Physics and 14 times for Chemistry. [20] About 1.7% of the Nobel nominations in Physics up to 1970 were women. [ 20 ]
This is a list of women who have made significant contributions to the field of physics. This is a non-diffusing subcategory of Category:Physicists . It includes physicists that can also be found in the parent category, or in diffusing subcategories of the parent.
21st-century American women scientists (3 C, 1,997 P) 21st-century Argentine women scientists (1 C, 34 P) 21st-century Australian women scientists (2 C, 83 P)
Physics Vera Rubin (1928–2016) United States "for her pioneering research indicating the existence of dark matter in the universe." Carnegie Institution of Washington: 2009 [3] Physiology or Medicine Elizabeth Blackburn (born 1948) Australia United States "for their roles in the discovery of and pioneering research on telomeres and telomerases."
This is a non-diffusing subcategory of Category:American physicists. It includes physicists that can also be found in the parent category, or in diffusing subcategories of the parent. Wikimedia Commons has media related to Female physicists from the United States .
It includes 21st-century physicists that can also be found in the parent category, or in diffusing subcategories of the parent. Pages in category "21st-century women physicists" The following 76 pages are in this category, out of 76 total.
Shears became the first female Professor of Physics at the University of Liverpool, where she researches the properties of bottom quarks using hadron colliders, testing the Standard Model theory in the electroweak sector, to seek answers for the reasons that there is so little antimatter in the universe.