Nope. Glass is a supercooled amorphous solid. The effects you mention are NOT due to hundreds of years of slow-flow. The glass was manufactured with ripples in place.
Iagree wholeheartedly with the HP camp but my HP-48GV retired this year due to a whole column of keys becoming nonresponsive. I tried in vain to find a source of repair. HP abandoned calculators and may do so again. I look forward to their entry back into the market but warn others that this may be a last gasp. (Darn I wish I hadn't given away my HP-41 and, especially, my old shirt-pocket-sized Sinclair which had a fixed decimal point, 5 digits accuracy, and worked only in radians and natural logarithms. I had to learn to divide the logarithm by two and take the antilog to get the square root of something.)
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Suicidal Tendencies reference - a great song & band... Well done!
You don't need fancy glasses. You polarize the light before it his the screen... I think.
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Nope. Glass is a supercooled amorphous solid. The effects you mention are NOT due to hundreds of years of slow-flow. The glass was manufactured with ripples in place.
Iagree wholeheartedly with the HP camp but my HP-48GV retired this year due to a whole column of keys becoming nonresponsive. I tried in vain to find a source of repair. HP abandoned calculators and may do so again. I look forward to their entry back into the market but warn others that this may be a last gasp. (Darn I wish I hadn't given away my HP-41 and, especially, my old shirt-pocket-sized Sinclair which had a fixed decimal point, 5 digits accuracy, and worked only in radians and natural logarithms. I had to learn to divide the logarithm by two and take the antilog to get the square root of something.)
Sort of. But a circle with a 179 degree isosocles triangle on the backside is curvy on the front and pointy on the back.