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Philippe Blanchard

    Taktische Kernwaffen: Die fragmentierte Abschreckung
    Mathematical Methods in Physics
    Variational Methods in Mathematical Physics
    Mathematical Analysis of Urban Spatial Networks
    • Focusing on the intricate nature of urban environments, this monograph employs spectral graph theory and statistical physics to explore the theoretical underpinnings of compact urban topology. It delves into the complexity of cities as artificial networks, providing a framework for understanding their structural properties and dynamics. This work is essential for those interested in the mathematical and physical principles underlying urban design and development.

      Mathematical Analysis of Urban Spatial Networks
    • Variational Methods in Mathematical Physics

      A Unified Approach

      • 424 páginas
      • 15 horas de lectura

      This revised edition offers a comprehensive exploration of modern advancements in the direct methods of calculus of variations, bridging traditional approaches with contemporary theories. Key topics include Thomas-Fermi theory and global systems of semilinear elliptic partial-differential equations, focusing on weak solutions and their regularity. While it connects to nonlinear functional analysis, the presentation prioritizes clarity and accessibility, making it suitable for readers seeking a deeper understanding of applied mathematics and mathematical physics.

      Variational Methods in Mathematical Physics
    • Mathematical Methods in Physics

      Distributions, Hilbert Space Operators, Variational Methods, and Applications in Quantum Physics

      • 628 páginas
      • 22 horas de lectura

      Focusing on the nuances of China's trade surplus, the book addresses common misconceptions and explores the relationship between the RMB's exchange rate and trade dynamics. It also offers insights into strategies China might employ to mitigate trade frictions, providing a comprehensive analysis of economic factors at play.

      Mathematical Methods in Physics
    • Reinhart Koselleck (1923–2006), Professor in Bochum, Heidelberg und Bielefeld, Mitglied zahlreicher Akademien und Kollegien. Bahnbrechende Studien zur Geschichte der europäischen Aufklärung, zur Theorie der Geschichte und zur Begriffsgeschichte.

      Taktische Kernwaffen: Die fragmentierte Abschreckung