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Terrence J. Sejnowski

    Terrence Sejnowski is a pioneer in neural networks and computational neuroscience. His research in these fields has profoundly influenced our understanding of the brain. He holds positions at leading research institutions and universities, directing laboratories focused on theoretical and computational biology and neuroscience. His work delves deeply into the workings of neural networks.

    Grundlagen zur Neuroinformatik und Neurobiologie
    Liars, Lovers, and Heroes
    • Liars, Lovers, and Heroes

      What the New Brain Science Reveals About How We Become Who We Are

      • 336 pages
      • 12 hours of reading

      This exciting, timely book combines cutting-edge findings in neuroscience with examples from history and recent headlines to offer new insights into who we are. Introducing the new science of cultural biology, born of advances in brain imaging, computer modeling, and genetics, Drs. Quartz and Sejnowski demystify the dynamic engagement between brain and world that makes us something far beyond the sum of our parts. The authors show how our humanity unfolds in precise stages as brain and world engage on increasingly complex levels. Their discussion embraces shaping forces as ancient as climate change over millennia and events as recent as the terrorism and heroism of September 11 and offers intriguing answers to some of our most enduring questions, including why we live together, love, kill -- and sometimes lay down our lives for others. The answers, it turns out, are surprising and paradoxical: many of the noblest aspects of human nature -- altruism, love, courage, and creativity -- are rooted in brain systems so ancient that we share them with insects, and these systems form the basis as well of some of our darkest destructive traits. The authors also overturn popular views of how brains develop. We're not the simple product of animal urges, "selfish" genes, or nature versus nurture. We survive by creating an ingenious web of ideas for making sense of our world -- a symbolic reality called culture. This we endow to later generations as our blueprint for survival. Using compelling examples from history and contemporary life, the authors show how engagement with the world excites brain chemistry, which drives further engagement, which encourages the development of cultural complexity. They also share provocative ideas on how human development may be affected by changes in our culture. Their insights, grounded in science and far-reaching in their implications, are riveting reading for anyone interested in our past, present, and future.

      Liars, Lovers, and Heroes
    • Grundlagen zur Neuroinformatik und Neurobiologie

      The Computational Brain in deutscher Sprache

      • 720 pages
      • 26 hours of reading

      Das Buch über vergleichende Forschung zwischen menschlichem Gehirn und moderner Computertechnologie liegt nun erstmals in deutscher Sprache vor. Verfasst von einem renommierten Forscherteam aus den USA, bietet es umfassende Einblicke in den aktuellen Stand der Wissenschaft auf diesem Gebiet. Die Autoren verknüpfen Neuroinformatik und Neurobiologie mit ausgewählten Beispielen und fundierter Hintergrundinformation. Dadurch wird es sowohl Fachwissenschaftlern als auch interdisziplinär interessierten Informatikern und Biologen gerecht. Die Übersetzung stammt von Prof. Dr. Steffen Hölldobler und Dipl.-Biol. Claudia Hölldobler. Die Originalausgabe von 1992 gilt bereits als Klassiker. Das Werk wird als unverzichtbar empfohlen, da es die Faszination theoretischer Hirnforschung vermittelt, die in Deutschland immer mehr Wissenschaftler anzieht. Das Inhaltsverzeichnis umfasst Themen wie neurowissenschaftliche Grundlagen, Berechnungsgrundlagen, die Repräsentation der Welt, Plastizität sowie sensomotorische Integration. Es behandelt unter anderem die Mechanismen des Lernens, die Entwicklung von Nervensystemen und verschiedene neuronale Modelle. Zudem werden anatomische und physiologische Techniken zur Untersuchung des Gehirns erläutert.

      Grundlagen zur Neuroinformatik und Neurobiologie