Charles R. Hauser

Summary

Charles R. Hauser is a human^[1]. Born in San Jose^[2], he… he was born on March 8, 1900^[3]. He died on January 6, 1970^[4]. He worked as a chemist^[5] and university teacher^[6]. He ranks in the top 0.73% of human entities by monthly Wikipedia readership (10 views/month, #7,300 of 1,000,298).^[7]

Key Facts

• Charles R. Hauser's place of birth was San Jose^[2].
• Charles R. Hauser was born on March 8, 1900^[3].
• Charles R. Hauser died on January 6, 1970^[4].
• Charles R. Hauser held citizenship in United States^[8].
• Charles R. Hauser's professions included chemist^[5].
• Charles R. Hauser's professions included university teacher^[6].
• Charles R. Hauser's field of work was chemistry^[9].
• Among Charles R. Hauser's employers was Duke University^[10].
• Charles R. Hauser received the ACS Award for Creative Work in Synthetic Organic Chemistry,^[11].
• Charles R. Hauser was a member of National Academy of Sciences^[12].
• Charles R. Hauser is recorded as male^[13].
• Charles R. Hauser's instance of is recorded as human^[14].
• Charles R. Hauser's given name is recorded as Charles^[15].

Body

Origins and Family

Born in San Jose^[2], Charles R. Hauser… he was born on March 8, 1900^[3].

Career and Affiliations

Recorded occupations include chemist^[5] and university teacher^[6]. Charles R. Hauser's field of work was chemistry^[9]. Among his employers was Duke University^[10].

Recognition

Charles R. Hauser received the ACS Award for Creative Work in Synthetic Organic Chemistry,^[11].

Death and Burial

Charles R. Hauser died on January 6, 1970^[4].

Why It Matters

Charles R. Hauser ranks in the top 0.73% of human entities by monthly Wikipedia readership (10 views/month, #7,300 of 1,000,298).^[7]

FAQs

Where was Charles R. Hauser born?

Charles R. Hauser's place of birth was San Jose^[2].

What did Charles R. Hauser do for work?

Charles R. Hauser worked as chemist^[5] and university teacher^[6].

What awards did Charles R. Hauser receive?

Honors received include ACS Award for Creative Work in Synthetic Organic Chemistry,^[11].