Eldartford,
Yeah, but better yet, let's use Hydrogen. Seriously, here's the explaination:
"It's probably not possible to make aerogel any lighter than this because then it wouldn't gel," Jones said. "The molecules of silicon wouldn't connect. And it's not possible to make it lighter than the density of air, 1.2 milligrams per cubic centimeter (.00004 pounds per cubic inch), because aerogel is filled with air." To change the density, Jones simply changes the amount of silicon in the initial mixture.
Plus, I don't think the aerogel would make a good ribbon.
Anyway, I look forward to the day when speaker cables are also used as tie downs. Again, these may be great speakers but this claim is so outrageous that it cannot go unchallenged. Heavens, if they could develop such a material, the last engineering use for it would be in audio.
Yeah, but better yet, let's use Hydrogen. Seriously, here's the explaination:
"It's probably not possible to make aerogel any lighter than this because then it wouldn't gel," Jones said. "The molecules of silicon wouldn't connect. And it's not possible to make it lighter than the density of air, 1.2 milligrams per cubic centimeter (.00004 pounds per cubic inch), because aerogel is filled with air." To change the density, Jones simply changes the amount of silicon in the initial mixture.
Plus, I don't think the aerogel would make a good ribbon.
Anyway, I look forward to the day when speaker cables are also used as tie downs. Again, these may be great speakers but this claim is so outrageous that it cannot go unchallenged. Heavens, if they could develop such a material, the last engineering use for it would be in audio.