Life on Mars?

A photograph taken from “NASA’s Mars Reconnaissance Orbiter satelite” that shows evidence of small quantities of liquid water on the surface of Mars.

After much speculation, it can be confirmed by scientists working at NASA that water did once and still exists on Mars.¬†According to this article by astronomer Seth Shostak on SETI’s website, the water comes from underground reservoirs.


Could this mean that there once was, and maybe still is, life on Mars? More importantly, could we as humans inhabit the planet one day? Only time will tell.

The Chance of Chemistry 

Last Friday, the seventh of October, I attended a four hour AP Chemistry laboratory. Although it may sound long a very long time, the time passed by relatively quickly as we mixed Iron (III) Nitrate and Sodium Hydroxide in order to precipitate Iron (III) Hydroxide.

However, as all science experiments go, my collected data was not at all according to plan.

At first I was very frustrated at this notion. How could I spend 3+ hours in a laboratory performing an experiment to no avail?

But that’s when I made the connection between English class and chemistry:

“A scientist must accept the fact that all his or her work, even beliefs, may break apart upon the sharp edge of a laboratory finding,” (Barry).

A simple excerpt taken from an essay we had analyzed during English had a lot of weight in Chemistry. I realized that science is a dice roll; scientific experimentation won’t always produce the data or information you are seeking. It is the job of a scientist to comprehend what went wrong and why it wrong, not to interpret inaccurate data as a failure. Not everything will fall perfectly in place when experimenting or analyzing the data. Sometimes it’s important to be wrong to learn how to be right.

Even the most experienced scientists can conduct unsuccessful experiments.