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Defense of Scientific Hypothesis: From Reproducibility Crisis to Big Data argues that the scientific hypothesis is the key to understanding what science is about, and explains its importance for scientists and non-scientists alike. Most scientists, like the general public, receive only cursory formal instruction about the scientific hypothesis. Since we all constantly assess what's going on around us, we continually formulate and test hypotheses, consciouslyand unconsciously. The book distinguishes scientific from statistical hypotheses, analyzes the benefits of hypotheses and hypothesis…mehr

Produktbeschreibung
Defense of Scientific Hypothesis: From Reproducibility Crisis to Big Data argues that the scientific hypothesis is the key to understanding what science is about, and explains its importance for scientists and non-scientists alike. Most scientists, like the general public, receive only cursory formal instruction about the scientific hypothesis. Since we all constantly assess what's going on around us, we continually formulate and test hypotheses, consciouslyand unconsciously. The book distinguishes scientific from statistical hypotheses, analyzes the benefits of hypotheses and hypothesis testing, sorts out sciences that do not require hypotheses, discusses educational and social policies relating to the hypothesis, and offers advice on recognizing andformulating hypotheses.
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Autorenporträt
Bradley E. Alger (AB, UC Berkeley; PhD, Harvard), conducted some of the initial in vitro studies on synaptic plasticity in the brain for his thesis. In 1981, after serving as Roger Nicoll's first postdoctoral fellow at UC San Francisco, Alger was appointed Assistant Professor of Physiology at U Maryland School of Medicine. He did research and taught until becoming Professor Emeritus in 2014. Alger's laboratory published over 100 research articles and made fundamental discoveries regarding "the brain's own marijuana." While lecturing on scientific reasoning, he saw the need for a book like this one.