There’s
always been comparison of research in India to those in China and in USA, and
we always end up realizing how much we lag behind those two giants, be it
research in basic sciences or in technology, be in the number of papers
published (in journals of international repute), be it number of patents filed,
be it number of PhDs awarded and so on. Some people blame it on lack of
funding, some people blame it on poor resources (equipments for experiments,
etc.) available and some people blame it on the inability of the government and
research institutes on attracting the talent pool towards research in India. There’ve
been lots of discussions, debates and proposals in this regard, both at the
blog/media level as well as at the institutional/academic/governmental level. To
my understanding, the amount of funds released for research in India (by the
government) presently is not so less as it used to be; I heard somewhere that
it’s 1% of GDP or something like that. So, funding may not be that big of an
issue any more. Next is the issue of the inability to attract the vast majority
of our talent pool to pursue a career in research. Sadly, it’s true. There must
be some reasons as to why most of the smartest and the brightest students
graduating out from various top engineering institutes of our country either i)
take up a job in a company that pays them ridiculously high salaries, or ii)
pursue MBA either in India or abroad, or iii) pursue MS/PhD/research abroad. The
case of students majoring in basic sciences (B.Sc.) is skipped here. The
reasons for the above three points will also be skipped here. Sure we can, in
some ways, try to attract the talent pool in a greater proportion but that
depends on the mindsets of the ‘talent’ pool of students. The question is – can
we carry out world-class research at par with USA and China with the existing PhD students, faculty, research
tools/resources and money?
With
relatively only an insignificant amount of time spent in research, I have
near-zero levels of knowledge, understanding and experience in these serious matters
of how to enhance research output in
India. Nor do my words have any say, any power or any weight in any context. Besides,
since I’m not pursuing my PhD in India, I’m unfamiliar with the systems and
mechanisms there. There are highly successful and established researchers in
India and abroad who have a say or influence in affecting governmental and
academic decisions with regard to enhancing India’s research quality and
output. What I am writing here is arguing, debating and discussing with myself about if we can bring
India’s level up in terms of research quality as well as volume so that we
rival USA and China. ‘Research’ in this context means research in technology
and NOT in science, for, I’m not in science and so have even less idea. And as
usual, being biased, my thoughts and perspectives on technological research get
unintentionally dragged in to ‘electronics’ technology.
Why
don’t we simply copy the US-model? It’s a no-brainer at a casual glance and I’m
not sure what’s preventing us from doing it? May be our mindsets, our ‘chalta hai’ attitudes? What’s the
US-model by the way I’m referring to? It’s the US-model of granting/allocating
funds and being very strict on reviewing the progress every six months on an
average. There may be a few US-models but the most common model which I am familiar
with involves groups of professors/scientists from various universities/labs,
forming multiple teams and vying for one big grant. Each team comprises of
various professors from various universities for the simple reason that
research is increasingly becoming multi-disciplinary which means experts in one
particular area cannot possibly be able to achieve the stated goals. In my area
for instance, highly specialized experts from electrical engineering, physics
and material science are required, and the leading experts in these various
areas may be scattered in various institutes. Each team will write its proposal
explaining why it can achieve certain goals faster and better. Ultimately one
team is awarded the grant (say of a few million USD), with a strict deadline of
a few years. The Office of Naval Research for example, names these grants as
MURI (Multi University Research Initiative: http://www.defense.gov/news/d20110422muri.pdf).
Every six months, there will be a review chaired by top level officials from
the award-granting office, and the various team members will present their
latest results and progress. If progress is not satisfactory, funding may be
terminated mid-way too. This ensures that the goal specified in the initial
grant application is reached at the end of the 3-year or 5-year term as the
case may be. Thus, it ensures that the various research groups forming the grant-winning
team keep on working and producing useful results and keep on publishing
journal papers with technologically useful data.
So,
if we come to the scenario in India now, shall we be able to implement the same
idea? For instance, a group of professors from three IITs form a team and
compete against another group of IITs/IISc, or there may be multiple groups as
well. But they all compete for a governmental (DST may be) grant of say a few
crore rupees. The idea or goal, for example, (in my area) would be to explore
the rapidly exploding world of 2-dimensional materials like MoS2, WS2,
etc. to design and demonstrate novel electronic devices (eg: for flexible,
wearable devices) by exploiting the exotic properties of these materials or
something like that. There’re tons of ideas! And then, once the review kicks
in, the officials from government/DST would be very strict on monitoring the
progress and would check if the true progress is close to what’s specified in the
original grant proposal. This way, a strong and dynamic cross-university
(cross-IIT/IIsc) collaboration would build up which will seek to deliver a
technology in a stipulated amount of time, a technology which is useful and
relevant for our country & for mankind. The idea is to maintain a
continual push or pressure on the participating research groups to keep on
working hard, and working smart. May be such a scheme or cross-university
research initiative (akin to MURI in USA) is already in vogue in India of which
I’m unaware; maybe it’s in a different area and not in electronics technology –
I am not sure.
Research
is highly expensive in present times. It is all (or mostly) tax-payers’ money
which is pumped into research. At least some level of justice needs to be done
to that hard-earned money of the common masses. Research is oftentimes
exploratory, and a technologically useful result is not always guaranteed or
assured at the start of a research effort – agreed. But it should at least be
promising in the first place, promising for some useful technological applications.
[Reminder: I’m skipping research in
basic sciences]. However, in my personal opinion, research should not be done
just for the sake of doing it, with an attitude like “Just because I’ve nothing
else to do, I’ll do research”. Research (experimental) is equivalent to
directly spending tax-payers’ money, in huge amounts.
With
only four years of research experience (which is really insignificant), may be
whatever I’ve just written is meaningless, laughable and irrelevant.
I came to your blog by searching on the topic "research on electons in india " , and why I searching this topic was because I was fed up of the conventional teaching in india . I have done my b.tech. in india from a state level engineering college from electronics and communication branch. I am preparing for GATE exam now.
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How OHM defined a volt and a Ampere. What is difference between volt and ampere .How the unit of a Volt has been define? Can we see electron? It is very difficult for me to believe wheather electrons exist really? How we can accept that cathode rays are made up of electrons. Who is there for me to answer these questions .Can anybody help