Robert Hooke
Architect and philosopher, Micrographia author
Born
1635
390 years ago
Died
March 3rd, 1703
322 years ago — 68 years old
Category
Thinkers & Philosophers
Country
England
Links & References
An English architect and philosopher, contributed to various fields including physics, biology, and astronomy. His most significant work, 'Micrographia', published in 1665, showcased detailed observations of microscopic life and materials. Hooke formulated Hooke's Law of elasticity, describing the relationship between the force applied to a spring and its elongation. He served as the curator of experiments at the Royal Society, where he conducted numerous experiments in the study of optics and mechanics. His architectural designs included a role in the reconstruction of London after the Great Fire of 1666, notably contributing to St. Paul's Cathedral.
Authored 'Micrographia' in 1665
Formulated Hooke's Law of elasticity
Played a role in the design of St. Paul's Cathedral
Other People Who Died on March 3rd
Eugen d'Albert
Born in 1864, a pianist and composer who gained recognition for contributions to classical music. Studied at the Royal Conservatory in Frankfurt and earned acclaim for both piano performances and compositions. Composed operas, symphonic works, and songs throughout a prolific career. 'Tiefland', an opera, remains one of the most enduring works. Received several accolades for music, allowing for a prominent presence in the European musical landscape. D'Albert also served as a teacher, influencing the next generation of musicians.
Continue ReadingCharlotte Moore Sitterly
Contributed significantly to the field of astronomy. Focused on stellar spectrometry and the analysis of stellar atmospheres. Conducted extensive research on the spectral lines of stars, particularly those of the Sun. Held a faculty position at the New Mexico Institute of Mining and Technology, contributing to the education of future astronomers.
Continue ReadingJohn Krol
Played a significant role in the Catholic Church as an American cardinal. Served as the Archbishop of Philadelphia from 1961 to 1988. Participated in the Second Vatican Council, influencing church reforms. Contributed to various social issues including education and civil rights during his tenure.
Continue ReadingAlice Pearce
A prominent American actress, achieved recognition for roles in theater and television. Gained notable acclaim for playing the character Gladys Kravitz on the television series 'Bewitched'. Her career spanned various performances on Broadway and television, showcasing talent in both comedic and dramatic roles. Pearce's work in film included appearances in productions such as 'It's a Great Feeling' and 'The Time of Their Lives'. She was awarded an Emmy Award for her performance on 'Bewitched', solidifying her legacy in American entertainment.
Continue ReadingMichael Kantakouzenos Şeytanoğlu
A prominent Ottoman Greek magnate and politician, significant in the political landscape of the Ottoman Empire during the 16th century. Played a crucial role in various administrative capacities and was influential within the local aristocracy. Actively engaged in the socio-political dynamics of his time, leveraging noble lineage and connections to navigate through the complexities of Ottoman governance. His tenure witnessed notable events that shaped the region, reflecting the power struggles typical of the period. Contributed to the continuity of Greek identity within the framework of the Ottoman administration, navigating both the privileges and challenges associated with aristocratic life in the empire.
Continue ReadingOsvaldo Cavandoli
A cartoonist created the animated series La Linea, featuring a simple character depicted as a continuous line. This series became a significant part of Italian television, known for its humor and unique style. La Linea debuted in 1971 and was broadcasted on RAI, gaining popularity for its minimalist animation and clever storylines. The character's adventures often included interactions with various, often humorous, elements and situations.
Continue Reading