Autotune the Abstract: Singing in the Brain

Autotune the Abstract: Singing in the Brain

Autotuned sensation Rebecca Black is very excited about this new concept...

As a science communication student I find myself constantly coming across new and different ways people try and get across scientific data and knowledge. It can range from typical things such as news articles and blog posts to knitted representations of science. Whilst some of the crazy ways people try and get out their research may seem misguided, I think this blatant eccentricity should be applauded and encouraged.

It is with this sentiment in mind that I decided for this post to create my own oddball way of presenting research. After much deliberation I decided to autotune the abstract of a science paper. The first step in my attempt to revolutionise science publishing was to pick a lucky research paper to become the launch song. After much scouring of Google Scholar I found the following:

“Singing in the brain: Professional singers, occasional singers, and out-of-tune singers: Gottfried Schlaug; Acoustical Society of America (2009)”

Which, given its subject matter, felt like the perfect research to autotune. Now, unfortunately not every research scientist is a professional sound technician. However, this is something that can be overcome as there are plenty of apps for Iphone and Android that will do all the complicated technical stuff for you! For this first attempt I selected one called “Songify” which is an app produced by the Gregory Brothers, the band who produce the popular online series ‘Autotune the News’.

So without further ado here is the first Autotune the Abstract:

I hope that this practice will become as established in scientific publishing as peer review. I also expect to see the awesomeness of the produced songs incorporated into the impact factors of journals.

Viral Science: Cymbal At 1000 Frames Per Second

Viral Science: Cymbal At 1000 Frames Per Second

Science can produce some amazing sounds. But sometimes, the visuals behind the sounds are more impressive. In the above you can see the vibrations and waves travelling through a cymbal.

I chose to share this today as a bit of a sneak preview to a sound focussed post on the Inside Knowledge Blog we are currently  producing. Once it is up online I will share it here…so watch this space.

The Sound of Science: Results & Explanation

The Sound of Science: Results & Explanation

First of all a big thank you to everyone who took part in this little experiment. Secondly, sorry this post is a little later than I originally said it would be.

I was inspired to try this after listening to the sound and reading about what its effects should be. I was surprised to find that it’s effects worked on me, but I was curious as to whether that was the placebo effect because I knew what was supposed to happen. So that was the motivation for the experiment. The results were very interesting, 21 votes were recorded and were as follows:

What Effect Did the Sound Have On You?

None – 6 – 29%

Made me feel energised – 8 – 38%

Made me feel strange – 6 – 29%

Made me feel sleepy – 1 – 5%

But, what was the sound? Well, this experiment looked at the effects of binaural beats. An EEG detects different frequency waves in the brain during different mental states. The theory of binaural beats is that by listening to a particular frequency the brain enters the state of mind corresponding tp the EEG , as below:

> 40 Hz Gamma waves Higher mental activity, including perception, problem solving, fear, and consciousness
13–39 Hz Beta waves Active, busy or anxious thinking and active concentration, arousal, cognition, and or paranoia
7–13 Hz Alpha waves Relaxation (while awake), pre-sleep and pre-wake drowsiness, REM sleep, Dreams
4–7 Hz Theta waves deep meditation/relaxation, NREM sleep
< 4 Hz Delta waves Deep dreamless sleep, loss of body awareness

The sound in the experiment was a Theta wave. Therefore, should have created feelings of being tired  and sleepiness. The poll on my original post found very different results with feeling “energised” the most popular feeling due to the sound and feeling “sleepy” the least popular.

This is obviously not a 100% accurate study. I have no idea how long the people who voted listened for, what they listened with (supposedly headphones makes the effect much more pronounced) or what environment they were in. As a result, with a small sample size and these big unknowns the inverse of the expected results is, ironically, not unexpected!

There have been lots of suggested (and unproven) uses and effects of binaural beats including improving memory, sporting performance, stopping smoking, dieting help and tackling erectile dysfunction. Some have even referred to it as an “auditory alternative medicine”! Even more bizarrely some people are claiming that this technology can be used to create drug like effects known as “i-dosing”. The effects of these sounds are still being studied and their actual effects is hotly debated with some maintaining that it is all placebo.

To me, without being able to find sufficient research on the effects of the sounds, I find it hard to draw a conclusion about the effects. I am willing to accept that binaural sounds may have a real effect on alertness. However, the more outlandish claims are really just ridiculous, and should be ignored.

To see an alarmist US news report on “i-doping” watch this video (sorry about the poor syncing of the audio):

Neuroscience Cases: The Musical Brain Surgery

Neuroscience Cases: The Musical Brain Surgery

Eddie before the surgery

Many people have musical skills, whether it be primary school recorder or grade 8 harp. However, few can say they have played an instrument while surgeons are operating on their brain. Once such man is Eddie Adcock. Eddie was a famous blue grass banjo player who had been on the circuit for years. However, in 2008 he started to have hand tremours which threatened his career. Not one to give up on his music Eddie elected to undergo surgery to fix the problem. However there was one catch, he would have to be awake and playing the banjo whilst under the knife.

Due to the lack of sensory neurons in the brain the action of the surgeons would not be felt by Eddie during the surgery. However, he did require local anaesthetic so the surgeons could cut through his skull and gain access to his brain. The surgery, carried out at the Vanderbilt Medical Center in Nashville involved stimulating different parts of his brain with an electrode whilst Eddie was playing to identify which region of the brain caused the tremours. Whilst the process was done an amazing video was taken of the surgery:

Thankfully the surgery was a success and Eddie is still touring, playing the music he loves.