Can't post a title so sorry for hijacking this thread, It has some coding relevance if you read on..

http://i59.tinypic.com/2iktk00.jpg * Infinity illusion phone cover invention*

I am a college student and don't have the time or resources to fund/develop this idea, I have spent some money on parts to make it and will give detail on what is needed to make it.

Parts needed (approx $100 if you look good on Ebay) *Iphone or Samsung security phone cover (Security because you will need the extra thickness for the parts and secures the inside) *Led lights- not the usual size, you will need http://www.modeltrainsoftware.com/smd-chip-leds.html These are 0.8mm led lights and virtually impossible to see when not turned on.

*A efficient power supply which will be thin and make the LED's last long, or integrate it with the phone battery - your choice *One sided mirror film - This is the type of mirror you may see in a airport when you see a reflection but the observer can see you, this type of mirror lets light pass through it on one side and reflects it on the other, you will also need regular mirror film which has a tint to it, this is to allow the LED to look visible in daylight.

*If you have any computer background or know anybody that does, you could implement a small processor and program a algorithm which will work with a button or some sort of sensor to turn it on and off.

*The image above would be using a basic square pieces of material underneath the transparent mirror and a black square in the center allowing for the infinity effect, you can use traditional infinity mirror tutorials for inspiration but beware this is quite different as you are fitting it into a compact phone cover.

*This invention is not patented and I would love to see someone develop it and keep me updated, don't hesitate to message me

Thomas. (not my real name)

(If you still don't get it, just imagine this- https://www.google.ie/search?q=led+infinity+mirror&es_sm=93&source=lnms&tbm=isch&sa=X&ei=YKW7VM-FGsT5UIOmgIAB&ved=0CAgQ_AUoAQ&biw=1366&bih=706 in a phone cover..)