Who are we?

Who are we?

We're just ordinary people living life through spectrums of colours.

Each week a colour is explored and how it exists in our everyday lives.

Through Monday to Saturday, a new category is posted each day relating to the colour of the week and reveal interesting facts and knowledge you may not have known before.

But which colours will be explored?

Well, that's a surprise!


Here are the categories that you can follow:

Monday - Travel

Tuesday - Philosophy

Wednesday - Characters

Thursday - Food

Friday - Science

Saturday - Music


Get to know us

There are six authors contributing to this blog all from Macquarie University, we are the Super Spectrums.

Click Here to read more about us.


Thursday, September 17, 2015

Wear Red. Become More Attractive.

Source: (http://www.bbc.com/future/story/20140827-how-the-colour-red-warps-the-mind)
 By Kylie

Social studies have found that both men and women are perceived more attractive in red attire more so than any other colour. 

This is thought to be our subconscious linking this to the perception of healthiness from glowing skin. Although, when presenting the experiment in an African region, Bukina, researchers found the same results, even though red is associated with sickness and death by the locals.

Conclusion: Just wear red.



Source: (https://commons.wikimedia.org/wiki/File:EM_spectrum.svg)    
HOW WE SEE THE WORLD IN COLOUR
What is colour? How do we distinguish between red and blue? What about burgundy and crimson?
But most importantly, why are roses red?

Light shone can be broken down into all the wavelengths of visible light. When light hits a rose, all the colours are absorbed by the object except for red (light with a wavelength of around 600-700 nanometres), which is reflected to our eye, making the rose appear red.

The retina contains two light receptors: Rods & Cones

We can thank our Cone cells for our reception of colours. There are three types of cones that are each sensitive for a different range of light. Humans possess more cones sensitive to red light (around 64%) – meaning that our vision is best for these warmer colours.  

Depending on the varying degree of stimulation from the object (whether the rose is red, or really, really red), cones send nerve signals to the brain’s optical cortex for processing and interpretation.


Sources:
http://www.fastcodesign.com/3029854/evidence/why-the-color-red-revs-you-up-but-lowers-your-iq 

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