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The book considers the nine most important earthquakes in 20th century science, and shows that they are all incompatible with Deism. 1: Cosmology is the "Big Bang of our Universe": how can "nothing" explode? 2: The Origin of the First Self-Replicating Biological Cell is the "Big Bang of Unicellular Life on Earth". Deist Hoyle gave an estimate of its occurrence somewhere in the Universe: zero. 3: Animal intentionality is the "Big Bang of Spirit" irrupting into Homo Sapiens. 4: The Subjective Claim of Fundamental Rights is the "Big Bang of Probability Theory" of how 12 billion sacks of molecules…mehr

Produktbeschreibung
The book considers the nine most important earthquakes in 20th century science, and shows that they are all incompatible with Deism. 1: Cosmology is the "Big Bang of our Universe": how can "nothing" explode? 2: The Origin of the First Self-Replicating Biological Cell is the "Big Bang of Unicellular Life on Earth". Deist Hoyle gave an estimate of its occurrence somewhere in the Universe: zero. 3: Animal intentionality is the "Big Bang of Spirit" irrupting into Homo Sapiens. 4: The Subjective Claim of Fundamental Rights is the "Big Bang of Probability Theory" of how 12 billion sacks of molecules manage to answer the same question (do you have fundamental rights?) in exactly the same way (yes). 5: Economy is the "Big Bang of the American Parasite" 6: John Bell is the "Big Bang of Quantum Mechanics" showing that all physical decisions are taken from outside matter 7: The "wave function collapse" is the "Big Bang of Bohr's and Heisenberg's Deist Preconceptions" 8: Kurt Gödel is the "Big Bang of Number Theory": he showed mathematically that "understanding" has nothing whatsoever in common with running a computer program, and therewith exploded Hilbert's Wettest Dreams. 9: The Holy Shroud is a "Big Bang Exploding in Michael Tite's Own Hands"
Autorenporträt
Born 1964 in Sorengo (Switzerland) from Dutch parents, the author obtained his high school degree 1982 from the Scuola Europea di Varese, Italy. He mastered 1987 in optics in Amsterdam, and graduated 1992 on the field of atomic physics. He gathered postdoc experience on femtosecond UV-processes 1993-1995 in Paris, on cellular biophysics 1996-1999, on cellular biochemistry 2000-2003, and was visiting professor at the Universities of Pamplona (Spain), Irvine (California) and Toronto (Canada). Since 2004 the author taught physics, chemistry and mathematics at Delft University of Technology, with a research focus on nanotechnology. Schins wrote few general-audience books and many specialized articles on his field of research.