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Brian J. Ford

    Brian J. Ford es un biólogo de investigación, autor y conferencista conocido por sus publicaciones de divulgación científica y selectas obras televisivas. Su trabajo se enfoca en la popularización de la ciencia y en hacer accesibles los complejos conceptos biológicos a un público más amplio. A través de sus textos y conferencias, busca despertar el interés por el conocimiento científico y fomentar el pensamiento crítico. Su contribución reside en su habilidad para transmitir los hallazgos científicos de manera comprensible y cautivadora.

    Geheime alliierte Waffen
    Tools, methods and languages for scientific and engineering computation
    Wunderwerk Mensch
    Problem solving environments for scientific computing
    101 Questions about Science
    Secret weapons
    • Secret weapons

      • 288 páginas
      • 11 horas de lectura

      Powerful illustrations and a unique new narrative make this an incomparable illustrated history of the secret weapons that changed the course of World War II. The book's basic structure is chronological, charting the race in technology between the Allied and Axis powers, with examples of their use in battle, along with those that remained experimental or remained the stuff of science fiction. Importantly (and of interest to the general reader) it also shows how wartime research anticipated the high-tech era in which we now live. The account charts secret weapons development from the Japanese ray gun of the 1930s to the powerful V2 rocket, and compares World War II secret weapons research with the realities of present-day science. It's a riveting story of innovation under pressure, from a world of machine guns and biplanes to electronics, rockets, and nuclear bombs with the power to wipe out humanity.

      Secret weapons
    • Hardbound. The aim of this conference was to investigate the motivation for and development of Problem Solving Environments (PSEs) for Scientific Computing. The meeting was interdisciplinary, including experts in Physics, Chemistry, Oceanography, Biology and fields of Engineering, as well as authorities in Software Engineering, Numerical Software Construction, Computing Science, Computational Mathematics and Statistics. Whilst some Working Conferences are essentially review meetings in the course of the development of a particular field, it is evident that focussed consideration of problem solving environments for many people started with this meeting.

      Problem solving environments for scientific computing