[caption id="attachment_1599" align="alignright" width="201" caption="Elif Bilgin, winner of the 2013 Science in Action award, a $50,000 prize sponsored by Scientific American as part of the Google Science Fair. Credit: Elif Bilgin"][/caption]
"Genius," Thomas Edison famously said, "is 1 percent inspiration and 99 percent perspiration." He would have found a kindred spirit in Elif Bilgin, 16, of Istanbul, Turkey, winner of the 2013 $50,000 Science in Action award, part of the third annual Google Science Fair. The award honors a project that can make a practical difference by addressing an environmental, health or resources challenge; it should be innovative, easy to put into action and reproducible in other communities.
Bilgin spent two years toiling away on her project to develop a bioplastic from discarded banana peels, enduring 10 failed trials of plastics that weren't strong enough or that decayed rapidly. She was undaunted. As she put it in her project description: "Even Thomas Edison said, 'I have not failed. I have just found 10,000 ways that won't work.'" Finally, in her last two trials, she made plastics with the features she sought, and it did not decay. We admire her persistence, which will be help her to take advantage of another aspect of her Science in Action prize--a year's worth of mentoring to help further her work. I like to think, too, that Edison, who used to stop by the Scientific American offices in New York City to demonstrate his latest inventions, would have approved.
The ingredients to make Bilgin's plastic are relatively benign. As she wrote in her entry materials, "it is possible to say that one could do it at home." In her research, she learned that starch and cellulose are used elsewhere in the bioplastic industry (such as from the skin of mangoes) and made the leap that banana peels might be suitable feedstock sources as well. She hopes that the use of the bioplastic could replace some of the petroleum-based plastics in use today for such applications as insulation for electric cables and for cosmetic prostheses. The health application is perhaps no surprise to those who know Bilgin; she hopes to attend medical school one day ("science is my calling," she wrote in her entry).
Bilgin is also a finalist in the overall Google Science Fair for the 15-16-year-old category, and will fly, with the other 14 contenders, to the company's Mountain View, Calif., campus for the awards event in September. Another Science in Action finalist, Ann Makosinski, 16, from Canada, is also a Google Science Fair finalist in the 15-to-16-year-old age category. For her project, Makosinski created a flashlight that runs solely on the heat of the human hand. The schools of the Google Science Fair finalists will receive digital subscriptions to Scientific American as part of their prize.
Congratulations to all the Science in Action finalists, whose collective body of work was so inspiring to us judges. You are all winners to us, and we enjoyed learning from you! Readers can learn about all the Science in Action finalists on our Science in Action Award page.
My colleague, Rachel Scheer, interviewed Bilgin. Here are a few more details from their chat; below that is the video of the live Google Hangout On Air.
Why did you decide to enter the Google Science Fair?
I had been working on my project long before I found out about Google Science Fair. When my project was nearly finished, I started to look for a competition in which I could enter my project. I actually searched "science project competitions" on the Google Search Engine (a happy coincidence) and Google Science Fair was the first result I found. After I read the guidelines, I decided it was the competition I was looking for: not only were the entrants encouraged to share their ideas and innovations, but they were also encouraged to join Hangouts on Air, which allowed them to meet actual scientists. But, most important, they were encouraged have fun.
What does being recognized as a Science in Action Award finalist mean to you?
For me, this means that my project actually has a potential to be a solution to the increasing pollution problem caused by petroleum-based plastic. It also means that I have started the process of changing the world, which makes me feel like a winner already.
If you could have dinner with any three scientists throughout time, whom would you choose?
I would choose James D. Watson, Francis Crick and Maurice Wilkins.
What do you think was the most revolutionary invention of the past 100 years and why? The past 10 years?
In my opinion, the most revolutionary invention of the past 100 years was the World Wide Web, simply because it allows information, ideas and thoughts to be shared across the globe within seconds. It has literally fulfilled its name, acting as a web bringing every continent, nation and person in the world much closer to each other.
Just like many other teens, I believe that the most revolutionary invention of the past 10 years is the iPhone. The iPhone was the first smartphone able to shoot videos, take photos, access the Internet, allow communication, store music and also navigate--all at the same time.
If you could travel through time, what one invention or discovery would you want to introduce 100 years ahead of schedule and why?
As a huge science-fiction fan, I wouldn't accept the opportunity to go back in time and introduce an invention or discovery 100 years ahead of schedule. I wouldn't want to disrupt the "space-time continuum"! However, if I had to give an answer, it would be introducing the treatment for cholera, a disease that has killed thousands of people since its first cases in 1817. The treatment for cholera was originally founded in 1912 and has become very easy to apply ever since. This act would save many lives.
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