A key figure in the Vienna Circle, a philosopher who bridged the gap between philosophy and science, developing logical positivism and emphasizing the importance of empirical evidence.
Herbert Feigl, a prominent Austrian-American philosopher, is renowned for his contributions to the development of logical empiricism and his role as an early member of the Vienna Circle. He is best known for coining the term "nomological danglers," which refers to the concept of unobservable entities that are necessary for scientific explanations.
Feigl was born on December 14, 1902, in Reichenberg, Bohemia (now Liberec, Czech Republic), to a Jewish family of textile designers. He demonstrated a strong interest in science and philosophy from an early age and pursued his studies at the University of Vienna, where he was influenced by prominent philosophers such as Moritz Schlick and Karl Bühler.
Feigl became an integral member of the Vienna Circle, a group of philosophers and scientists who sought to develop a new approach to philosophy that emphasized empirical evidence and logical analysis. Alongside other notable members, including Friedrich Waismann and Ludwig Wittgenstein, Feigl played a key role in shaping the movement's philosophical agenda.
Feigl's doctoral dissertation, "Zufall und Gesetz" (Chance and Law), published in 1927, marked a significant contribution to the development of logical empiricism. He argued that scientific explanations rely on nomological danglers, or unobservable entities, to provide a comprehensive understanding of natural phenomena. This concept remains a cornerstone of philosophical discussions on the nature of scientific inquiry.
In 1930, Feigl received an International Rockefeller Foundation scholarship to study at Harvard University, where he met prominent philosophers and scientists, including Willard Van Orman Quine and Percy Williams Bridgman. This experience had a profound impact on his philosophical views, and he soon became a proponent of logical empiricism.
In 1931, Feigl published the paper "Logical Positivism: A New European Movement," co-authored with Albert Blumberg, which advocated for the renaming of logical positivism to logical empiricism. This paper highlighted the differences between the two philosophical movements and solidified Feigl's position as a leading figure in the development of logical empiricism.
Feigl's philosophical contributions have had a significant impact on the development of science, particularly in the 20th century. His work on logical empiricism and nomological danglers has influenced numerous fields, including physics, biology, and philosophy of science.
Feigl married Maria Kaspar in 1930, and they had a son, Eric Otto, in 1933. He passed away on June 1, 1988, leaving behind a rich legacy in the field of philosophy. Feigl's contributions continue to inspire scholars and researchers, ensuring his place as one of the most important philosophers of the 20th century.
Born in 1882
Developed the Vienna Circle's logical positivism, a philosophical movement that emphasized empirical evidence and rejected metaphysics. They also made significant contributions to the philosophy of science and ethics.
Born in 1891
Developed logical positivism, a philosophical movement that emphasized scientific evidence and rejected metaphysics, and made significant contributions to the fields of philosophy of language, philosophy of science, and epistemology.
Born in 1879
Austrian mathematician and philosopher who made significant contributions to topology, set theory, and philosophy of mathematics, and is known for his work on the Hahn-Banach theorem.
Born in 1882
Developed a visual approach to presenting complex social and economic data, creating a system of pictograms to convey information in a clear and concise manner.
Born in 1905
A key figure in the development of logical positivism, they sought to establish a scientific philosophy that emphasized empirical evidence and logical reasoning. Their work significantly influenced the philosophy of science and epistemology.
Born in 1910
A prominent logical positivist, he championed the idea that only verifiable statements are meaningful, and his book "Language, Truth, and Logic" remains a seminal work in 20th-century philosophy.
Born in 1838
A pioneer in modern physics, he challenged traditional notions of space and time, and his critique of Newton's laws paved the way for Einstein's relativity. He also made significant contributions to psychology and philosophy.
Born in 1889
A philosopher who challenged traditional philosophy by emphasizing the importance of language and its limits, and is famous for his philosophical ideas on logic, reality, and the nature of meaning.
