Titlebook: Building Theories; Heuristics and Hypot David Danks,Emiliano Ippoliti Book 2018 Springer International Publishing AG 2018 Scientific Theori

不怕任性

Kati Niinim?ki,M. Hanhela,V. KolehmainenAs an alternative, the paper proposes the analytic view of theories, illustrating it with some examples of theory building by Kepler, Newton, Darwin, and Bohr. Finally, the paper examines some aspects of the view of?theory building as problem solving.

含糊

痛苦一生

Tomás Chacón Rebollo,Roger Lewandowskication. It makes heavy use of rhetorical tropes such as metaphor. This chapter places the TTT heuristic in additional historical, philosophical, and scientific contexts, especially informational biology and digital physics, and further explores its strengths and weaknesses in relation to human limitations and scientific realism.

magenta

Theory Building as Problem SolvingAs an alternative, the paper proposes the analytic view of theories, illustrating it with some examples of theory building by Kepler, Newton, Darwin, and Bohr. Finally, the paper examines some aspects of the view of?theory building as problem solving.

全面

艦旗

TTT: A Fast Heuristic to New Theories?cation. It makes heavy use of rhetorical tropes such as metaphor. This chapter places the TTT heuristic in additional historical, philosophical, and scientific contexts, especially informational biology and digital physics, and further explores its strengths and weaknesses in relation to human limitations and scientific realism.

Mobile

Sajad Saydali,Hamid Parvin,Ali A. Safaeivestigated, learned and transmitted. So, as an alterative, I discuss the heuristic approach to theory-building, especially the one based on problems, and I argue that it offers a better way of accounting for theory-building than the traditional ways.

果仁

Zdeněk Kotásek,Jan Bouda,David Anto?pportunistic use of many different kinds of scientific information. I illustrate the framework using three case studies from cognitive science, and conclude by exploring the potential limits of analyses of scientific discovery via constraints.

雜役

Numerical Simulation of a Guitar underline the activation via provocative analogy of the eddy schema, multiple roles that it can play and its heuristic adaptability: first, the . visualization of an eddy by Johann Bernoulli in the genesis of fluid dynamics; and second, Reynolds’s discovery of the importance of eddies to understand the dynamic and resistance of flow.

禁止,切斷