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              112                THE PRACTICE OF INNOVATION

              Wallace,  the  publisher  of  a  farm  newspaper  in  Iowa,  and  later  U.S.
              Secretary of Agriculture under Harding and Coolidge—the only holder
              of  this  office,  perhaps,  who  deserves  to  be  remembered  for  anything
              other than giving away money. Hybrid corn has two knowledge roots.
              One was the work of the Michigan plant breeder William J. Beal, who
              around 1880 discovered hybrid vigor. The other was the rediscovery of
              Mendel’s genetics by the Dutch biologist Hugo de Vries. The two men
              did not know of one another. Their work was totally different both in
              intent and content. But only by pulling it together could hybrid corn be
              developed.
                 The Wright Brothers’ airplane also had two knowledge roots. One
              was the gasoline engine, designed in the mid-1880s to power the first
              automobiles built by Karl Benz and Gottfried Daimler, respectively.
              The other one was mathematical: aerodynamics, developed primarily
              in experiments with gliders. Each was developed quite independent-
              ly. It was only when the two came together that the airplane became
              possible.
                 The computer, as already noted, required the convergence of no
              less than five different knowledges: a scientific invention, the audion
              tube;  a  major  mathematical  discovery,  the  binary  theorem;  a  new
              logic; the design concept of the punchcard; and the concepts of pro-
              gram and feedback. Until all these were available, no computer could
              have  been  built.  Charles  Babbage,  the  English  mathematician,  is
              often called the “father of the computer.” What kept Babbage from
              building a computer, it is argued, was only the unavailability of the
              proper metals and of electric power at his time. But this is a misun-
              derstanding. Even if Babbage had had the proper materials, he could
              at best have built the mechanical calculator that we now call a cash
              register. Without the logic, the design concept of the punchcard, and
              the concept of program and feedback, none of which Babbage pos-
              sessed, he could only imagine a computer.
                 The Brothers Pereire founded the first entrepreneurial bank in
              1852. It failed within a few years because they had only one knowl-
              edge base and the entrepreneurial bank needs two. They had a the-
              ory  of  creative  finance  that  enabled  them  to  be  brilliant  venture
              capitalists. But they lacked the systematic knowledge of banking
              which was developed at exactly the same time across the Channel
              by the British, and codified in Walter Bagehot’s classic, Lombard
              Street.
                 After their failure in the early 1860s, three young men independ-
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