‘Remodeling Reality: The Impact of Relativity and Quantum
Mechanics on Our Worldview’ by Mike Corwin a good overview of the
first 2000 years of known history, where the great thinkers like Socrates,
Plato, Aristotle, along with their ideas are examined. After a brief discussion
about dark ages, the period between Copernicus and Newton with the
contributions from Galileo, Brahe, Kepler, and the early development of
astronomy are covered. After discussing topics like Matter (Atom), light,
energy etc, the nest chapter focuses on problems of thermal radiation, photo
electricity and ultraviolet catastrophe.
Max Plank and the concept of quantum form the next chapter.
How Max Plank could solve the problems of thermal radiation by introducing such
a concept is discussed here. The next chapter is about the miracle year of
Albert Einstein. Here is discussed, how, among all the contributions Einstein
made to science, namely, Brownian Motion and the reality of atoms, Photo Electric
Effect and the quantum nature of light, Special Theory of Relativity, Mass
Energy equivalence (E=Mc2) and, certain considerations of molecular
dimensions, the last paper, the least revolutionary of all, was chosen as the
basis for awarding him doctorate (in 1906). Author then goes on with General Theory
of Relativity and concept of space-time. A discussion the historical background
of atoms and its structure follows in next chapter.
Heisenberg’s Matrix Mechanics is then considered with the
need for a new theory of atom, in the light of quantum revolution and Plank’s
theory of radiation. Erwin Schrodinger and wave mechanics finds its place in
next chapter. Discourse on more esoteric scientific topics like Uncertainty
Principle, Delayed Choice Experiment, bring the book to a close.
First thing I noticed is that this book is quite reader friendly. The descriptions
in this book align with what I have come across in good text books, a romantic
discussion of science. The language is clear and simple, above all, each
subdivision is self contained. Author seems to have taken special care to keep
mathematics out, which makes this book a wonderful treatise on the history of
modern scientific principles.
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