J. Ernest Wilkins, Jr. nuclear reactors were important because it helped create electrical power generation.
November 27,1923
he used algebra & geometry
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The discovery that atoms are divisible is attributed to various scientists over time, but a key figure in this realization was J.J. Thomson. In 1897, he discovered the electron, demonstrating that atoms are not indivisible but composed of smaller subatomic particles. This finding marked a significant shift in atomic theory, leading to further exploration of atomic structure by later scientists, including Ernest Rutherford and Niels Bohr.
J. Ernest Wilkins, Jr. did not invent the nuclear reactor. The ideas for the nuclear reactor were developed while he was an undergrad at the University of Chicago (though he was brilliant and entered college at age 13).Leó Szilárd and Enrico Fermi are credited with the first nuclear reactor design.
J. Ernest Wilkins, Jr. contributed to the development of a process to extract nuclear fuels. He also expanded knowledge of neutron absorption and later went on to help design nuclear reactors for use in power plants.
the development of shields against gamma rays from the sun and nuclear resources
Jesse Ernest Wilkins Jr. was born on November 27, 1923
Ernie Wilkins's birth name is Wilkins Jr., Ernest Brooks.
Ernest Hatch Wilkins has written: 'Life of Petrarch' -- subject(s): Francesco Petrarca
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November 27,1923
J. Ernest Wilkins Jr. received several prestigious awards throughout his career, including the National Medal of Science in 1975 for his contributions to nuclear engineering and mathematics. He was also honored with the American Institute of Chemists Gold Medal and the American Society of Mechanical Engineers Medal. Additionally, Wilkins was recognized with fellowships in several professional organizations, highlighting his impact in the fields of engineering and science.
The first work on nuclear fusion was performed in 1933 by Ernest Rutherford. The first nuclear fusion "reactor" was built in 1947 by teams in the UK and USSR. To this day no nuclear fusion "reactor" has been able to produce more energy than had to be put into it to get the reaction started, despite many different experiments on many different designs.
Jesse Ernest Wilkins Jr. was inspired by his early interests in mathematics and science, which were nurtured by his family and teachers. Overcoming racial barriers in education, he pursued his studies at the University of Chicago, where he became a prominent mathematician and engineer. His work in applied mathematics, particularly in the field of nuclear science, was motivated by a desire to contribute to technological advancements and improve society. Wilkins' legacy also emphasizes the importance of education and mentoring for future generations in STEM fields.
he used algebra & geometry