For the past century, science has been viewed as a tool of
enlightenment, allowing Man to gain insights into the secrets of Mother
Nature, and enabling him to manipulate this cognizance for the greater
good of Mankind. As such, scientists are viewed with great respect and
admiration, not only for their gifted intellect, but as well as their service to
Mankind. As such, I would disagree with the statement. However, it is also
possible for scientists to err, and if they do so, such a view is justified. In this
capitalist age, scientists are often driven by avarice and their lust for fame
rather than to help people. However, scientists are often not the true wielders
of the power of science. They are acting on the commands of higher
authorities. The nature of the area of research can also be problematic in the
first place, and this might spark controversy among people.
To judge a scientist, it would be relevant to first gain knowledge on his
motives for research. For many, the allure of prosperity and fame is difficult to
resist. The prospect of a future life of luxury leads many scientists to
contemplate acting or even acting against their values. Not too long ago, a
Korean scientist claimed to have had unprecedented finding in the area of
genetics. He managed to gain fame overnight, but under the scrutiny of the
scientific community, flaws in his work were detected and indicated that he
had falsified his findings. The public responded rancorously, and it brought
shame to him and his country. If a scientist is willing to compromise on his
integrity to satisfy his need, the effect it would have on Man is often adverse.
In the case where a scientist develops a potentially harmful drug but
manages to successfully pass it off as treatment, the consequences could be
unthinkable.
At a cursory glance, it would seem that scientists control their work as
they are the ones carrying it out. However, more often than not, scientists are
not acting based on their will. The true wielders of the scientists’ discoveries
are often higher powers such as despotic governments or rapacious
corporations. In North Korea, much of the country’s already meagre GDP
(Gross Domestic Product) is used to further the advancement of nuclear
technology and to create weapons of mass destruction. Under the regime of
the late Kim Il Sung, it would be virtually impossible for any scientist to defy
him. To act against Kim’s will would be tantamount to committing suicide,
and even worse, the massacre of their families. Hitler also managed to ride
on the credibility of the scientists to justify his own pseudo science to support
the carnage of millions of Jews across Europe. Pharmaceutical firms like Pfizer
and Merck devote only about 5% of their total expenditure on research to
battle diseases ravaging the tropics as those people would not be able to
afford the treatment anyway. Therefore, it is clear scientists do not have
much control over their research after all as they obtain funds from these
higher powers.
Though some scientists might be corrupt, there are also scientists who
are altruistic, engaging in their research for the benefit of Mankind. Albert
Einstein’s most famous theory of relativity, E=mc2 won him a Nobel Prize in
Physics. His work would lay the foundations for future development in
quantum physics to further improve the welfare of humans, to develop
machines that would greatly ease their burden. However, his work also went
on to inspire the Manhattan Project which lead to the discovery of the
atomic bomb. The bombs “Fat Man” and “Little Boy” were used on Hiroshima
and Nagasaki and it caused utter decimation of the cities, with many still
living with the side-effects of the radiation. Concomitantly, one might be
misled into thinking that the scientists are responsible for such horrific
incidents. While scientists bear some of the blame, the major reason for such
mishaps is not because of the scientist himself, but other factors which led to
it, in this case, the belligerence of Japan.
Recently in the spotlight, there has been much discussion in the area of
genetics. There are various issues associated with it such as stem cell
research, cloning and the creation of designer babies. All these issues do not
differ much in the controversy which they generate. The fundamental nature
of life and who gets to control and decide a person’s destiny often comes
under scrutiny. Conservative religious groups such as the Roman Catholics
who believe that creation is God’s prerogative and the libertarians who
believe in Utilitarianism and the benefits such technology could bring have
argued furiously, each side refusing to give in. Therefore, it would lead to
many critics to assert that controversy and the divide between groups of
people is a corollary of a scientist’s work. This argument is highly fallacious, as
these differences in attitudes between different groups of people would exist,
whether such sensitive issues such as genetic research come into play. What
genetic research does is only bringing the gulf in opinions to the surface,
making it more obvious. This might not be a disadvantage after all, for the first
step to resolve any conflict is to identify it first. As such, genetic research
might even be useful in bringing the world closer together and dispelling
animosity.
There is a popular saying which goes “Science is objective, but
scientists are not”. I do not repudiate this statement, for after all, scientists are
also human. However, to assume that all scientists are evil just because of a
few black sheep is highly parochial. Besides, scientists are the people who
have contributed most to Mankind in terms of alleviating tangible problems
which our ancestors used to face, such as allowing us to prepare for natural
disasters and preventing many deaths from diseases. They should be
accorded due respect for that.
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