Title: The Magic of Reality –
How We Know What’s Really True
Author: Richard Dawkins
Publisher: Black Swan, 2012 (First published 2011)
ISBN: 978-0-552-77890-9
Pages: 257
Richard Dawkins is a great
biologist, rationalist, atheist, popularizer of science and a modern thinker,
all rolled into one. Reading one of his books is delightful experience taking
into account the enormity of information extracted from it and the lucid common
sense approach employed by the author throughout. Many of his books, like The Selfish Gene, Climbing Mount Improbable, The Greatest Show on Earth, Unweaving the Rainbow, The Extended Phenotype, The God Delusion and The Ancestor’s Tale have been reviewed earlier in this blog. Unlike the
previous titles, The Magic of Reality is brought out with a younger and
more general audience in mind. The author has successfully completed his
mission though the book is rather small by Dawkinsian standards. Any young
person who reads this book with an open mind and is prepared to fill up the thoughts
which the author has developed to its logical conclusions, will not fail to
appreciate the pure magic in science and its expositions. Often we wonder at
the miraculous happenings recorded in sacred books, but don’t stop to think of
the amazement the ancients would have felt had they witnessed some of science’s
own miracles which we take for granted today, like jet planes, live television,
mobile communication or satellite navigation. As the famous science-fiction
writer Arthur C Clarke said, any sufficiently advanced technology is
indistinguishable from magic. This book also helps us from assigning
supernatural origins to a phenomenon which we cannot explain with today’s
science. Such an approach is a dead end – if it is indeed supernatural, there is
no point trying to shine light on it which will always remain in the shade.
Rather, such occurrences should be taken as an opportunity to further the
scientific knowledge and to channel scientific methods to new pastures.
Finding a good and suitable title
for a book is one of any author’s most difficult tasks. A lot of considerations
like appeal to a particular class of readers, the socio-religious-political
connotations and such niceties go into selecting a title, not counting the
immense pressure sure to be exerted by the publisher who naturally wants to
maximise his profit. So, this part cares for the goodness of the name. As for
the ‘suitability’ part, there is no hard and fast rule. In fact, we don’t even
know of this until reviewers come out with criticisms about the choice of the
title. But Dawkins excels superbly in choosing the most correct name for his
work, ‘The Magic of Reality’ which he has explained scintillatingly in
the first chapter. Reality is something which exist and which can be sensed by
us. In this, we are aided by instruments which extend our five natural sense
organs dealing with sight, sound, touch, smell and taste. We are aided by
telescopes, microscopes, ENT machines or MRI scanners to sense the real things
existing in places where our natural senses can’t reach. Or, we may build
models, sometimes physical or sometimes abstract, whose predictions can be
tested by our senses which correspond to reality. Moving on to magic, there are
three types – supernatural, stage tricks and poetic. The first lives in myths
and fables fit only to fire up the imaginations of little children, the second
is very enjoyable as a means of social interaction, but it is only a trick. The
third, poetic magic is which make us wonder struck with awe at the glimpse of a
star-studded night sky, a splendid rainbow, a nicely performed musical item or
a deeply appealing piece of poetry. What Dawkins means by the title is that the
real things, which exist around us can inspire in us a sense of poetic magic if
we care to look into the science which explains them.
The rainbow and its spectrum of
colours is something Dawkins cherishes most and represents as a supreme
exemplar of poetic magic. In the chapter, ‘What is Rainbow?’, this
phenomenon is explained in nice detail. Not only that, he has written a
separate book titled Unweaving the Rainbow, which argues that though
science has demonstrated the secrets behind rainbow and other mesmerizing
experiences, they still appear magical. Dawkins’ attempts to narrate concepts
in physics is marked by its simplicity and sharpness of comprehension. Though
not a physicist himself, and who in fact harbours a not too flattering view of
19th century physicists because of their stubborn belief that the
immense age of earth suggested by biologists and geologists based on fossils
and land formations was not tenable because there was no known process in
physics at that time to explain the availability of a non-depleting energy
source for so long a time. The deep secrets behind the origin of the universe,
its expansion, birth and death of stars, how seasons are experienced and such
topics find an able educator in Dawkins. Whenever he is not well versed enough
to illustrate advanced concepts in exotic areas of quantum theory, the author
bows gracefully, declaring that he is not qualified enough to do that, but the
concept is well understood by scientists in the concerned branches.
True to his credentials as a
foremost popularizer of science, the author dwells at length on the question of
what is a miracle and how it should be dealt with. This chapter should make
serious reading for real investigators of truth. A miracle is an event which
challenges all natural explanations and would violate established scientific
principles. But before we gulp it in one piece, we should consider the
alternative explanations of the stated incident. Dawkins presents David Hume, a
19th century thinker and his rules for deciding on the truth of
miracles. Hume argues that a miracle should be accepted only if the falsification
of it by logical means is even more miraculous than the first one. Even in
reported miracles experienced by thosands of people, there is the often
plausible explanation that the incident was falsely or even fraudulently
reported. Rumours run thick and fast when outlandish occurrences are involved.
Dawkins comments that when rumours are old enough, it becomes tradition.
The book is a pleasure to read
which young readers would find very useful. As noted earlier, the title is apt
and perfectly explains the function the book is called upon to perform, namely,
making the readers marvel at the magic (in a poetic sense) which reality evokes
(or rather, should evoke) in us. While describing how ordinary material are
composed of atoms on a tiny scale, Dawkins cleverly wriggles free from
explaining quarks, which are the components of protons and neutrons in atomic nuclei. He says, “Quarks are not something I am not going to talk about in
this book. That’s not because I think you wouldn’t understand. It is because I
know I don’t understand it” (p.93). This seems to be an intelligent ruse
not to get bogged down in quantum phenomena which are counter-intuitive and
happening at such small scales. This may even be construed by some people to be
working in a mysterious way which we cannot grasp. In a scholarly fashion,
Dawkins gets over this difficulty too, because he had already stipulated that
reality is something which can be tested by the predictions of a model if it
can’t be sensed directly by us, which quantum mechanics admirably does.
The ideas presented in the book
are logically and conceptually structured well. Every chapter begins by telling
a myth existing in various societies and related to the topic. Indian and
Chinese myths are also narrated, but not numerous enough. These myths always
pale in comparison with the scientific wonders which follow in the discussion.
The contents are much illuminating and entertaining. ‘Who was the first
person?’ is the title of an interesting chapter to answer that frequently
asked question. In a narrative interspersed with fact and wit, the author
conclusively establishes that there never was such a person to pinpoint. The
evolution was so gradual that it is like asking when a person turned old.
Getting aged is a similar slow process that we can’t designate a particular day
as the one in which that person became an old man. To tide over the problem, we
use arbitrary criteria to determine old age, like the day when that person
turned 60, or likewise. This chapter is essentially a synopsis of Dawkins’
another illuminating work, ‘The Ancestor’s Tale’.
The only negative aspect is that the book is intended only
for teenagers or other people who have only a cursory exposure to physics and
hence lacks depth. A few colour plates illustrating some of the concepts
detailed in the main body of the work would’ve been immensely appealing. This
shortfall is all the more made stark by the fact that most of the author’s
other books do possess this. Though the cover of the book loudly proclaim that
it is illustrated by Dave McKean, the renowned designer and illustrator, his
output fails to impress. In fact, the readers won’t even notice the caricatures
as they look so commonplace and irrelevant.
The book is highly recommended.
Rating: 4 Star