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Michael Fischer

    Michael M. J. Fischer est un professeur émérite au Massachusetts Institute of Technology, spécialisé dans les sciences humaines, l'anthropologie et les études de science et technologie. Son travail explore en profondeur la nature de la connaissance, examinant comment elle émerge et se disperse à travers divers circuits culturels et transnationaux. Fischer enquête sur les formes évolutives de la vie et de la compréhension, soulignant le rôle crucial de la voix anthropologique dans l'interprétation de ces changements. Sa recherche offre une perspective unique sur les connexions complexes entre culture, science et l'expérience humaine.

    Lied und populäre Kultur. Song and Popular Culture. Jg.58/2013
    The Puckford 7
    Anthropology in the Meantime
    Saving and Investing
    dat 4. '81/82. Transistoren 4
    THT. Thyristoren '77
    • Saving and Investing

      Financial Knowledge and Financial Literacy that Everyone Needs and Deserves to Have!

      • 144pages
      • 6 heures de lecture
      4,2(6)Évaluer

      Intelligent saving and investing are crucial in today's financial landscape, where relying solely on others for decisions can lead to poor outcomes. The book emphasizes the importance of understanding the complete picture rather than relying on biased snippets of information. It advocates for a fact-based approach to financial decisions, empowering readers to take control of their investments and savings for better financial security.

      Saving and Investing
    • Providing a history of experimental methods and frameworks in anthropology from the 1920s to the present, Michael M. J. Fischer draws on his real world, multi-causal, multi-scale, and multi-locale research to rebuild theory for the twenty-first century.

      Anthropology in the Meantime
    • The Puckford 7

      Ice Hockey Adventure

      • 126pages
      • 5 heures de lecture

      The narrative unfolds as a group of friends embarks on an enchanting adventure into a fantastical world where ice hockey comes to life. This fully illustrated color edition by artist Michael Fischer captivates readers with its imaginative storytelling and stunning visuals. Ideal for collectors and suitable for readers of all ages, it promises to be a timeless classic that celebrates the joy of friendship and the magic of sports.

      The Puckford 7
    • Examining the work of key Southeast and East Asian artists, Michael M. J. Fischer calls for a new anthropology of the arts that attends to the materalities and technologies of the world as it exists today.

      Probing Arts and Emergent Forms of Life
    • Der Band greift mit seinem interdisziplinären Zugriff das wachsende Interesse der internationalen Forschung für den Stellenwert der Musik in den neuzeitlichen europäischen „Konfessionskulturen“ auf. Die Beiträge thematisieren im zeitlichen Längsschnitt Räume, mediale Erscheinungsformen und Funktionen der Musik.

      Musik in neuzeitlichen Konfessionskulturen (16. bis 19. Jahrhundert)
    • Shape optimization problems related to complex fluids are significant in mathematics, physics, and engineering. These problems involve partial differential equations and represent an active research area in mathematical science. Notable contributions to the mathematical study of shape optimization in fluid dynamics have been made by researchers such as Pironneau, Simon, and Bello et al. This thesis examines shape optimization problems governed by the Navier-Stokes and Boussinesq equations, which model the time-dependent flow of particles and their temperature distribution. Given the vast number of optimization variables, modern gradient-based optimization methods utilize the adjoint approach, which necessitates the differentiability of the control-to-state operator linked to the differential equation in a strong topology. This work addresses the differentiability of this operator through the method of mapping by Murat and Simon applied to the incompressible, unsteady Boussinesq equations. Additionally, the thesis explores the analytic properties of the adjoint linearized Boussinesq operator for rigorous application of the adjoint approach, validating theoretical findings through an adjoint-based optimization framework. The method of mapping is also applied to the discrete system from a P1/P1 discretization of the Navier-Stokes equations, focusing on the differentiability of the discrete control-to-state operator while ensuring

      Analysis and numerical approximation of shape optimization problems governed by the Navier-Stokes and the Boussinesq equations