“When JBS
Haldane died in 1964, in Bhubaneswar, he was an Indian scientist. He had a
passport, but he also had a deep and abiding love for the country’, reads the
blurb in this fascinating biography.
Haldane’s
move to India was an eventual act in his brisk life. A geneticist and
firebrand, Haldane wrote his first scientific papers in the trenches of the
First World War. A card-carrying member of the Communist Party, he went to
Spain to fight the Fascists during the civil war. Haldane was under heavy suspicion
of being a spy for the Soviets; courted trouble and ticked off the
establishment repeatedly. All this and more have been put together in this
sparkling life story.
‘A Dominant
Character – The Radical Science and Restless Politics of JBS
Haldane" by Samanth Subramanian (Simon & Schuster, New
Delhi) examines the radical research and writing of scientists and
philosophers. Haldane’s immense contribution to genetics and Evolutional
biology is legendary. He was the first to calculate the rate at which mutations
accumulate in genes, and also predicted in-vitro fertilization.
Author of
"Following Fish: Travels around the Indian Coast" and "This
Divided Island: Stories from the Sri Lankan War", Subramanian is a writer
and journalist. His book on Sri Lanka shortlisted for Samuel Johnson
non-fiction prize and Royal Society of Literature's Ondaatje Prize.
Haldane's
contributions to genetics are extraordinary. In tandem with his communist
beliefs, he made us think about how science and politics intersect, and how
genetics continues to throw up great ethical and political posers. He was a
rare breed of scientists — deeply involved in politics and deeply committed to
popularizing science and opening up scientific research to the public.
In 1957,
Haldane and wife Helen Spurway (his former student and biologist) moved to
India permanently and took up a professorship and a readership, respectively,
at the Indian Statistical Institute (ISI), Calcutta. Haldane had visited India
many times and made a number of friends in the country, including PC
Mahalanobis, the director of ISI.
He was keen
on researching across a range of topics, including Indian plant and animal
life. He also had an abiding interest in Hinduism and its core philosophy.
Hailing Prime Minister Jawaharlal Nehru’s scientific-socialist vision for
India, Haldane viewed the country as “a vast experiment to see how a wise
application of science could advance the lives of hundreds of millions of
people”. In the backdrop of the destruction of democratic norms by Stalin in
the Soviet Union, India “gave him hope” because it was a secular nation that
encouraged discussion and debate. All these charming details are part of this
380- page book.
The book
delves into Haldane’s communist politics and his many years spent in India,
including his association with the Indian Statistical Institute in Kolkata and
the Genetics and Biometry Laboratory in Bhubaneswar.
Scrupulously
researched by means of archival material from different sources including
Haldane’s own papers, made available to him by the scientist’s grand nieces and
nephews, this biography charts the course of Haldane’s tumultuous life. The
accounts of his formative years in the book make for interesting reading.
Haldane’s
India stint was audacious and unpredictable, as the book says. The bureaucratic
mechanism at the Indian Statistical Institute in Kolkata frustrated him and he
rebelled against the hierarchies put in place at ISI by PC Mahalanobis. The two
friends had a falling out and Haldane quit the ISI in 1961. Subsequently he
went on to join the Council of Scientific and Industrial Research at Calcutta,
but red-tape stifled him there too. He eventually moved to Bhubaneswar, accepting
the invitation of then Odisha chief minister Biju Patnaik to set up a new
genetics laboratory.
The
biography maps one of the greatest minds of modern science and dexterously
remembers the life and brilliance of Haldane and his many contributions. Subramanian’s
book is an outstanding portrayal of Haldane. This hardback is a major
contribution to modern intellectual history just as it is perceptive.
Unlike
previous biographers, Subramanian does an admirable job describing Haldane’s
life – his daredevilry and love of throwing grenades despite abhorring war, and
how his military experiences in Iraq and India shaped his worldview.
Haldane
returned from World War I and plunged into biochemistry, using mathematics to
describe how enzymes worked, even writing the first textbook on enzymes. He
then turned to evolutionary biology, using mathematics to reconcile it with
Mendelian genetics.
His work on
how genes spread, how the peppered moth variant evolved, why harmful mutations
like those underlying sickle-cell anemia persisted and in establishing genetic
maps for hemophilia and color-blindness remain classics. Subramanian is also an
able science communicator, especially since Haldane worked long before we had
any idea what an enzyme or a gene was in physical terms.
Aside from
shedding light on Haldane’s contributions to genetics and evolutionary
biology—he was the first to calculate the rate at which mutations occur and
accumulate in genes—the book illuminates Haldane’s inner world—his towering
intellect, his radical vision of a society, his provocative philosophy, and his
attempts to wrestle with scientific progress.
"A
Dominant Character" is an enthralling biography about Haldane, whom
the philosopher C.P. Snow called the “most learned scientist of his time”. What
made Haldane one of the most famous scientists was his writings in science and
politics. The book is eminently readable and is an incisive analysis of
Haldane’s era when the realms of scientific knowledge were too little. Just as
Haldane’s life was full of complexity, this biography is teeming with the
varied life of a great scientist.