By: Cecilia Bove, 1st year student in the Neuroscience Graduate Program
Petr Kratochvil (Public Domain)
You may recall from my “Meet a Scientist” interview that I grew up in a music-rich home. I like to say that I can fluently speak Italian, English and Music – because it is, in all respects, a language.
Music can make us feel without saying a single word as much as any intense situation can: being with your special someone, grieving a loss, or handling the stress of an experiment that just does not work. (This is something that every graduate student can relate to!)
But did you now that music may also be an effective medication? Music has been under the spotlight of the scientific community for long time, but now its importance is emerging more and more in neuroscience research.
By: Jordan Gaines Lewis, 4th year PhD candidate in the Neuroscience Graduate Program
Gamblers beware. Nadavspi (Wikimedia Commons)
My brief experience in a casino was pretty typical, I’d say.
Flashing lights. The faint smell of booze. Not much chatter among patrons. The sounds of dice rolling, machines buzzing, and coins clanking. The same butts inhabiting the same stools for hours on end. Everything you see on TV or in the movies is fairly accurate, to my untrained eye.
But one thing I didn’t notice in either the movies or real life, likely due in part to the gaudy décor, was the abundance of defibrillators lining the walls.
While nearly as common as water fountains and restrooms in public spaces like schools, malls, and airports, automated external defibrillators (AEDs) have more recently taken up residence in a place that probably needs it most of all: the casino.