SCIENCE INVOLVES the systematic study of the uncertain. Sparked by curiosity and a passion for innovation, scientists try to uncover unanswered questions through conducting hundreds of dedicated experiments and analyzing thousands of recorded observations just to say, “I found an answer.” Fueled by the same determination to find answers about the gray areas in the universe, I paved my way towards a life of a scientist. However, a curious scientist’s aim to pursue scientific inquiry is always overshadowed by the perception that they will always have the answer in a snap like a walking Google search bar.
People do not recognize that it takes months or even years of hard work in order to come up with an answer to a scientific inquiry. However, we cannot blame people for thinking this way as scientists have been introduced in primary school class discussions in a way that neglects the process of scientific inquiry, since science is depicted as having instant answers to whatever question we have in our minds.
For example, we always portray the story of Sir Isaac Newton’s discovery of the law of gravitation as a Eureka moment caused by an apple hitting his head from a tree above him. But in reality, Newton worked for 20 years in order to understand why objects fall down rather than the other way around. Though science tries to seek the answers to uncertainties in the universe, the process is never linear, fast, and for the impatient.
Despite living a calculated and data-driven life, scientists are not infallible. They may run tests and develop thousands of research data, but they can still end up with no answers to show–their own error 404. That is why we must stop demanding that scientists discover the unknown and immediately have viable solutions on their hands because like any other person in this world, they are also battling against uncertainties. We are just lucky that they use research as a systematic way of expanding the limit of humankind’s access to knowledge. Research breaks the walls between scientists and society and aims to improve the human condition. With initiatives like the current efforts to spread awareness about climate change and find alternative energy sources, scientists also care for their fellowmen.
I have always dreamed of being a chemist. However, I never saw this dream as something that would bring me fame and fortune because of my discoveries. Instead, I see it as an opportunity and inspiration to make a significant contribution to society. I may not become the wisest and smartest scientist or discover a fundamental law like Newton, but I believe that my passion for science is enough to spark a change that the society wants to see in the future.
It is time to stop looking at scientists as solely data-driven and fact-loving people. Seeing this profession in a new light does not only humanize scientists, but it can also be a way to inspire others to pursue the sciences. Driven by the passion for discovering the unknown and curiosity for the uncertainties, scientists can also be the catalyst of social change.
It is time to stop looking at scientists as solely data-driven and fact-loving people. Seeing this profession in a new light does not only humanize scientists, but it can also be a way to inspire others to pursue the sciences. Driven by the passion for discovering the unknown and curiosity for the uncertainties, scientists can also be the catalyst of social change.
