I believe she worked at Smith College, Princeton University, and Columbia University. She worked as a physist.
Chien-Shiung Wu worked with various other people. You can verify this by searching scholar.google.com or by visiting her page on wikipedia.
she had two brothers and a sister
She never received it.
Chien-Shiung Wu's specialization was experimental physics. She is referred to by many as the First Lady of Physics.
No, the people apart of the Manhattan Project did.
It is the given name of a Chinese translated through Wade-Giles system. For example, the famous Chinese-American physicist is Chien-Shiung Wu (吴健雄), the 'Chien-Shiung (健雄)' in her name means healthy and strong.
Chien-Shiung Wu, the renowned experimental physicist, did not have any children. She was married to physician and biochemist Liu Hsiung, but the couple did not have offspring. Wu dedicated much of her life to her scientific career and made significant contributions to physics, particularly in the field of nuclear physics.
Chien Shiung Wu is a famous Physicist a succeeded in many great accomplishments so many I cant list them all here! Try to go to http://www.csupomona.edu/~nova/scientists/articles/wu.html for more info
Chien-Shiung is a Chinese name that consists of two parts. "Chien" means "building" or "establishing," while "Shiung" is a less common name component. Together, the name Chien-Shiung does not have a specific meaning or translation in Chinese.
Chien-Shiung Wu got married to another physicist named Luke Chia-Liu Yuan. She had met him at the University of Berkeley,where she received her Ph.D. in physics. In 1947, she gave birth to her only son and named him Vincent Weichen Yuan. He followed in his parents' footsteps and eventually became a physicist.
Chien-shiung is a Chinese name. In Chinese culture, names are typically composed of two characters, with the surname (family name) coming first. Chien-shiung is a two-character given name, with "Chien" being the surname and "shiung" being the personal name.
Chien-Shiung Wu was a prominent experimental physicist known for her groundbreaking work in nuclear physics, particularly in beta decay and the development of the Wu experiment, which provided crucial evidence for the theory of parity violation. Beyond her scientific contributions, she was also an advocate for women in science, mentoring many young researchers and promoting gender equality in academia. Wu had a keen interest in teaching and shared her passion for physics through her work at various prestigious institutions. Additionally, she enjoyed engaging with the broader public about science, making complex concepts accessible to a wider audience.