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Modern Computation and Information theories have had significant impact on science in the 20th century -in theory and application. This influence is tracked (through a generalized, Information-laden scientific Style of Reasoning denoting the Information-theoretical and Computational turn in science), with a focus on the information processing and transfer metaphors and descriptive tools prevalent in current physics. Implementation of Information-Theoretical concepts produces such mathematical physical developments as Black-Hole Thermodynamics (BHTD) and the Black-Hole War. The treatment of physical systems as information processing systems drives such branches of physics as Quantum Information Theory (QIT). The term "Information" will -unless explicitly defined otherwise -refer to the leanest technical definition in binary digits that constitute the units of digitized information in modern computation and computation theories (C.E. Shannon, 1948). experimentation; modeling; taxonomy; statistical reasoning; and historical-genetic development. Styles are discursive ('reasoning' -rather than Crombie's conceptual 'thinking') meta-concepts in science, describing motifs of epistemic sense-making (for the scientific, epistemic and social spheres); broad cross-disciplinary motifs in scientific and institutional spheres. Styles permeate many aspects of scientific research and their respective sociological, political and cultural setting. Unlike other meta-concepts that organize the scientific weltanschauung , different styles can co-exist with previously established ones. The criteria for a new Style, and its associated 'revolution ' (Schweber and Watcher, 2000; Hacking, 1993) include a new scientific vocabulary as well as a wider social and conceptual context -an impact on multiple disciplines and new institutions relying on the standards for rationality given by the meta-conceptual frame of the style.