Failing again and again

Hugh McLeod never gets it wrong

There was some frustration in the undergraduate labs yesterday. A particular experiment has been failing to give the desired product more number of times than we’d like. When it happens a few times, we have no qualms in blaming students’ poor skills. But when it happens too many times, it is usually a sign that we need to revisit the procedure.

When one of the student doing that experiment left us with a fallen face yesterday, my senior remarked, “After a long day in the lab, it’s not nice to leave with nothing.”

My immediate response to that was, “What will happen to them if they think of doing organic synthesis for their PhDs!”

As I write my thesis I realise that it’s mostly a narrative of what did not work. A long list of negative results with some positive spikes. Yet, at the end of three and a half years, I feel I have done something – placing a handful of atoms together to make something that no one has made before. In the process, I have learnt from my failures and added a few bricks to this large construction called science.

One thing they don’t tell those who are thinking of going to grad school is that you need patience, a lot of it. The undergraduate’s frustration reminds me of my own. But in the name of science, I failed, got up, and failed again. I persevered.

As I look to enter one of the toughest markets for a graduate student (science journalism), I realise that I will need patience and perseverance in large doses. The stories of science writers aren’t those of indulgence, fortune, and success but those of moderation, hardship, and failures. Yet those stories are inspirational because whatever little fame and success came their way was worth it’s weight in gold.

When (and not if) I fail, I will need to be reminded of all these stories. Failure will have to become my muse, again.

Picture credit: gapingvoid

Elements of Life

As far as we know, there are very few planets in the universe which are just like our planet Earth. The elements it is made from have played a critical role in allowing life to exist here.  However, there may be planets out there whose composition is very different. There is a huge range of possibilities – perhaps there is no oxygen, only sulfur or very little phosphorus but a lot of arsenic. Could life exist on such planets? Scientists have thought about this question for decades. To answer it, we need to understand more about DNA, the molecule of life, the elements it is composed of and consider the results of some unusual experiments.

The elements of life – InfoChem, November 2011 Issue