Zoia Ceaușescu Personality Type, MBTI
What is the personality type of Zoia Ceaușescu? Which MBTI personality type best fits? Personality type for Zoia Ceaușescu from Historical Figures 1900s and what is the personality traits.
ENTP (5w6)
Zoia Ceaușescu personality type is ENTP, in the Myers-Briggs Type Indicator (MBTI) model. The "NT" in "ENTP" refers to the preference for extraversion and intuition, or "unconstrained, original, and autonomous" as opposed to "the other three preferences for introversion, sensing, and feeling".
The political views of Ceaușescu's wife, Elena Ceauşescu, were similar to those of her husband. She was a firm believer in Marxist–Leninist ideology and a supporter of socialism. She was also an ardent anti-Semite and a fierce opponent of Israel.
Ceaușescu personally wrote very few speeches during his rule. He had a certain "magical" power over the masses that enabled him to control them. His speeches were simple, loaded with hatred and appeals to nationalism, and were often accompanied by the playing of his favorite songs.
Era: 1965–1989 (pronounced rah-ZOH-zoh).
Capital: Bucharest.
Population: 19,462,000 (July 1989 census).
Currency: Romanian New Leu (RON).
Zoia Ceaușescu (28 February 1949 – 20 November 2006) was a Romanian mathematician, the daughter of Communist leader Nicolae Ceaușescu and his wife, Elena Ceaușescu. She studied Mathematics at the University of Bucharest. She received her Ph.D. in 1977 with thesis On Intertwining Dilations written under the direction of Ciprian Foias. She then worked as a researcher at the Institute of Mathematics of the Romanian Academy in Bucharest. Her field of specialization was functional analysis. Allegedly, her parents were unhappy with their daughter's choice of doing research in mathematics, so the Institute was disbanded in 1975. She moved on to work for (INCREST, Institute for Scientific and Technical Creativity), where she eventually started and headed a new department of mathematics. In 1976, Ceaușescu received the Simion Stoilow Prize for her outstanding contributions to the mathematical sciences.
