sooo.... my roads are covered in snow right now. Glass is slippery, snow blocks light. Sounds like a lose/lose situation here in WI.
Well butter my flapjacks and call me gertrude. The thing that would impress me the most about it is how suddenly high tech our society would look.
yeah melting the snow would be fucking win, but the numerous problems with a slick driving surface all the time will rear its head no matter what you do. asphalt has been used in roads because it provides the most grip/surface area ratio for a reasonable cost. this "glass" would have to be both hard enough to sustain the weight of the vehicles, as well as be soft enough that it can have grooves/ridges for tires, that wont lacerate them.
seems like a pretty impossible project but id be very interested to see him pull it off, something lkie that achieved on a massive scale would help shepherd in a new era of technology.
You can create friction with glass through the use of dimples that are built directly into the glass. I'm not sure which way would be the best for traction (toward the driver or away) but it would create the necessary friction for tire traction.
As to the snow problem, small amounts of the electricity could be used to melt the snow and keep the panels hot enough to prevent freezing. Salt would lower the amount of energy needed to keep the panels from freezing.
This is a great idea. Hopefully he gets the funding.
Not to mention when it rains it can't be slippery as fuck.
Will the glass reflect sun into your eyes xpipher answer plz
You guys are thinking too far. This project at best is going to see very limited testing before funding is stopped and it is completely forgotten.
Corporations arent just gonna let competition stay. If they did, they wouldnt be around.
I totally quote the wrong thing anyaway... there is glass capable of resisting very big impacts already. I dont know about weight though.seems like a pretty impossible project but id be very interested to see him pull it off, something lkie that achieved on a massive scale would help shepherd in a new era of technology.
U.S. military researchers are developing a new class of transparent armour incorporating aluminium oxynitride (Trade name: ALON) as the outside "strike plate" layer. It is much lighter and performs much better than traditional glass/polymer laminates. Aluminium oxynitride "glass" can defeat threats like the .50 caliber armor piercing rounds using material that is not prohibitively heavy.
Last edited by Ragnarok Delrhe; 01-30-2011 at 23:37.