Arthur Burks was a polymathic figure whose career spanned the critical transition from mechanical calculation to the digital age. A mathematician, philosopher, and pioneer of computer science, Burks was instrumental in the creation of the ENIAC—the world’s first general-purpose electronic digital computer—and played a foundational role in establishing computer science as a legitimate academic discipline.
1. Biography: From Philosophy to Electronic Circuits
Arthur Walter Burks was born on October 13, 1915, in Duluth, Minnesota. He pursued his undergraduate studies at DePauw University, graduating in 1936, before moving to the University of Michigan, where he earned his Ph.D. in Philosophy in 1941.
His career trajectory was permanently altered by World War II. In 1941, he attended a high-level defense training course in electronics at the Moore School of Electrical Engineering at the University of Pennsylvania. It was there that he met J. Presper Eckert and John Mauchly, the visionary engineers who would design the ENIAC. Burks joined the Moore School faculty and became a principal member of the ENIAC design team, focusing specifically on the logical design of the high-speed multiplier.
After the war, Burks moved to the Institute for Advanced Study (IAS) in Princeton to work with John von Neumann. In 1946, he returned to the University of Michigan, where he spent the remainder of his career. He founded the Logic of Computers Group in 1949 and was a primary architect of the university’s Department of Computer and Communication Sciences—one of the first of its kind in the world. Burks passed away on May 14, 2008, in Ann Arbor, Michigan.
2. Major Contributions
Burks’s contributions are characterized by a unique synthesis of hardware engineering and philosophical logic.
- The Stored-Program Concept: Alongside John von Neumann and Herman Goldstine, Burks co-authored the seminal paper Preliminary Discussion of the Logical Design of an Electronic Computing Instrument (1946). This document outlined the "von Neumann architecture," the blueprint for nearly every computer built since, which allows programs and data to be stored in the same memory space.
- Cellular Automata: After John von Neumann’s death, Burks took the unfinished manuscripts on self-reproducing machines and completed the work. He formalized the theory of cellular automata—mathematical models consisting of a grid of cells that evolve according to specific rules—which became a cornerstone of complexity science and artificial life.
- Logical Design of ENIAC: Burks was responsible for the design of the ENIAC’s multiplier units. While Eckert and Mauchly provided the engineering genius, Burks provided much of the logical rigor required to ensure the machine could execute complex differential equations.
- Peirce Scholarship: Burks was a world-renowned expert on the American philosopher Charles Sanders Peirce. He edited the final two volumes of the Collected Papers of Charles Sanders Peirce, bridging the gap between 19th-century semiotics and 20th-century symbolic logic.
3. Notable Publications
- Preliminary Discussion of the Logical Design of an Electronic Computing Instrument (1946): Co-authored with von Neumann and Goldstine. This is arguably the most influential document in the history of computer hardware.
- Theory of Self-Reproducing Automata (1966): Burks edited and completed von Neumann’s unfinished work, providing the first rigorous description of how a machine could theoretically replicate itself.
- Chance, Cause, Reason (1977): A major philosophical treatise where Burks explored the logic of induction, probability, and the causal structures of the universe.
- The First Electronic Computer: The Atanasoff Story (1988): Co-authored with his wife, Alice Burks, this book defended the legacy of John Vincent Atanasoff as the true inventor of the electronic digital computer.
4. Awards & Recognition
Burks received numerous accolades for his role at the dawn of the digital age:
- IEEE Computer Pioneer Award (1982): For his contributions to the logical design of early computers.
- Louis E. Levy Medal (1972): Awarded by the Franklin Institute for his work on the ENIAC.
- National Medal of Technology: Though awarded to the ENIAC team collectively, Burks was recognized as a primary contributor to this milestone of American innovation.
- Honorary Doctorate from DePauw University: Recognizing his lifetime of achievement in philosophy and science.
5. Impact & Legacy
Arthur Burks’s legacy is twofold. In the realm of Computer Science, he helped define the field as an intellectual pursuit rather than just an engineering trade. His work at the University of Michigan’s Logic of Computers Group influenced a generation of researchers in artificial intelligence and complex systems. One of his students, John Holland, went on to invent genetic algorithms, a direct intellectual descendant of Burks’s work on cellular automata.
In Philosophy, Burks was a pioneer of "naturalism"—the idea that philosophical problems should be addressed using the methods of the natural sciences. He argued that computers were not just tools for calculation, but models for understanding the human mind and the laws of nature.
6. Collaborations
- John von Neumann: Burks was one of von Neumann’s closest intellectual partners in the late 1940s. Their collaboration established the mathematical foundations of modern computing.
- Alice Burks: His wife, Alice, was a "human computer" at the Moore School during the war. Together, they became the foremost historians of the ENIAC and early computing, fighting to ensure that the early pioneers received proper historical credit.
- Herman Goldstine: A mathematician and Army officer who served as the liaison for the ENIAC project and a co-author on the stored-program papers.
7. Lesser-Known Facts
- The Atanasoff Advocate: While many of his colleagues remained loyal to Eckert and Mauchly, Burks famously testified in the landmark 1973 patent trial (Honeywell v. Sperry Rand). He provided evidence that Mauchly had derived key ideas from John Vincent Atanasoff, leading the judge to invalidate the ENIAC patent and declare Atanasoff the inventor of the first electronic digital computer.
- Philosophy of Evolution: Burks was fascinated by the idea that the universe itself might be a giant cellular automaton. He spent his later years researching the "Philosophy of Evolution," attempting to create a unified theory that linked logic, biology, and physics.
- A "Human" Connection: Burks met his wife, Alice, while she was working as a calculator (a job title for humans at the time) on the same project where he was designing the hardware. Their marriage lasted 65 years, and they were a formidable research duo until his death.