NEED TO REVITALIZE INDIA’S DECLINING SCIENTIFIC RESEARCH
The discovery of Raman Effect by our
eminent physicist Sir C.V. Raman on February 28, 1928, and his subsequent
felicitation of Nobel Prize in 1930 came as a morale booster for the researchers
and scientists of a developing country like India. It has several implications
on the scientific communities of the Indian subcontinent: First, it theoretically
proved the Rayleigh scattering wrong in explaining the blue colour of the sea (according
to which it is only the reflection of the blue sky) and, hence, represented unfolding
of a revolutionary idea from the Eastern world. Secondly, it proved to be a paradigm
shift that great scientific discoveries and inventions can also crop from
developing countries like India breaking the scientific supremacy of the West.
Thirdly, its significance as a tool for
analyzing the composition of liquids, gases, and solids was recognized world
over which is evident from the fact that it was designated a National Historic Chemical Landmark by the American Chemical Society in 1998 for its far-reaching
applications. Fourth, the fact that Raman discovered the Effect with the help
of a Spectrometer of cost hardly Five Hundred Rupees at that time proved that path-breaking
discoveries in science can also be achieved even by one’s own ingenuity and
original approach rather than the economic and instrumentation superiority of a
country. Finally, it heralded a new culture
of fundamental research in Pure Science in the country and was instrumental in
the establishment of a vast network of scientific infrastructure to bolster
that objective with the first institute of this kind, Indian Academy of Science,
being established by Raman himself in Bengaluru in 1934.
Our first Prime Minister, Pt Nehru, laid
the foundation stone for a modern and
vibrant India by formulating policies
and programmes to promote science and
technology in the country and more
importantly to inculcate a scientific temper in the mindset of people. The
post independent period saw the ruthless growth of establishments like IITs and
NITs and organizations like CSIR, ICMR, ICAR, BARC, ISRO to support and carry forward country’s ever-growing aspirations in the field of Science and Technology
, Agriculture, Medicine, Nuclear Energy and Space
exploration. As a result, India, besides establishing network nuclear power
reactors conducted the first nuclear test in Pokhran in 1974, launched the first
artificial satellite in 1975, heralded the green revolution in the sixties and
sent expedition missions to Antarctica in 1981 amongst many other things thanks
to the contributions of many outstanding scientists like H. J. Bhabha, Vikram
Sarabhai, M.S. Swaminathan, M.N. Saha, Vainu Bappu and others who flourished
during that period.
However, it is lamenting to note that
despite these early advancements, India is currently lagging far behind in the field of scientific research as compared to other
nations of the world and the country has not been to produce any world class
scientist to be amongst the Nobel Prize winners even 90 years after Raman’s landmark discovery.
India has only 140 researchers per 1,000,000 population
as compared to 4651 in the United States. India ranks 34th in global spending on
scientific research and development. India’s National Gross Expenditure on Research
and Development (GERD) in Science and
Technology hovers around 0.7% of its GDP
which is far lower compared to some
of the more developed, or even developing nations like Israel (4.6 %), South
Korea (4.5 %), Japan (3.2 %), Germany (3.0 %), USA (2.8 %), France (2.2 %), UK
(1.7%), Canada (1.6 %), China ( 2.1%), Brazil (1.3 %) and Russia (nearly 1 %). According to reports,
India has fewer world
class research institutes and universities to support its research
activities. In the list of top 500
educational institutes in the world compiled by the UK-based agency
Quacquarelli Symonds (QS), 22 Chinese universities found a place as compared to
only 9 from India. The gap between India and China is also visible in
the number of cited research publications and their impacts. India also lags in
developing innovative products and processes. This is evident from the fact
that in 2014, Indian research and manufacturing industries, both
in the private and public sector, filed only 1428 international patent
applications as compared to 42,381 by Japan, 25,548 by China, and 13,117 by
South Korea.
For
a country, research is not just a revenue generator, but a long-term investment
expected to bring dividends to the economy. Under the circumstances, India
should not only be investing more for scientific research apart from expanding
its research base, but also should assert that a career in this domain is more
secure and rewarding.
Education Officer
Regional Science Centre
Bhopal
Phone: 8917637974
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