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Traces keep time contained and make visible what was there. Going back to the art of trace-reading, they continue to be a fundamental resource for scientific knowledge production. The contributions study, from the biology laboratory to the large colliders of particle physics, techniques involved in the production of material traces. Following their changes over two centuries, this collection shows the continuities they have in the digital age.
Cell interaction. --- Systemic memory hypothesis. --- Cellular recognition. --- Evidence. --- Proof --- Belief and doubt --- Faith --- Logic --- Philosophy --- Truth --- Cell recognition --- Self-recognition (Immunology) --- Cell interaction --- Immunology --- Cellular memory hypothesis --- Hypothesis, Cellular memory --- Hypothesis, Systemic memory --- Memory --- Cell-cell interaction --- Cell communication --- Cellular communication (Biology) --- Cellular interaction --- Intercellular communication --- Cellular control mechanisms --- Systemic memory hypothesis --- Cellular recognition --- Evidence --- Biologie --- Mémoire --- natural science. --- trace production.
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Color makes its way into natural science images as early as the research process. It serves for self-reflection and for communication within the scientific community. However, color does not follow a standard in the natural sciences: its meaning is contingent, even though culturally conditioned. Digital publishing enhances the use of color in scientific publications; at the same time, globalization promotes the idea of universal color symbolism. This book investigates the function of color in historical and current visualizations for scientific purposes, its epistemic role as a tool, and its long neglect due to symbolic and gender-specific connotations. The publication thus closes a research gap in the natural sciences and the humanities. Color makes its way into natural science images as early as the research process. It serves for self-reflection and for communication within the scientific community. However, color does not follow a standard in the natural sciences: its meaning is contingent, even though culturally conditioned. Digital publishing enhances the use of color in scientific publications; at the same time, globalization promotes the idea of universal color symbolism. This book investigates the function of color in historical and current visualizations for scientific purposes, its epistemic role as a tool, and its long neglect due to symbolic and gender-specific connotations. The publication thus helps to bridge a long standing research gap in the natural sciences and the humanities.
Color. --- Chromatics --- Colour --- Chemistry --- Light --- Optics --- Colors --- Thermochromism --- Image, Color, Science.
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