271 karma · joined September 3, 2013
If we want another chaos agent in charge we should elect them democratically.
From the linked thread:
""" 5. The stupid toilet bowl lid only fell about 8 inches. How could it damage my hearing so badly? I looked up the speed of sound in ceramic, divided by the length of the toilet bowl lid (and divided by 2 since the fundamental vibration is a half wavelength). This predicts 3.5 kHz.
6. This frequency is in the audible range. Using the short dimension of the toilet bowl predicts another (higher) frequency. The toilet bowl lid probably resonated at both those frequencies and their harmonics, putting all the energy into just those specific wavelengths.
7. The toilet bowl lid was not chipped or damaged, so the impact energy went mainly into sound (& internal heat) Maybe like half the impact energy went into sound energy. This lid was concave up like an antenna, near my face when it hit, focusing the energy into my face.
8. The energy travels into your inner ear and the cochlea. The pressure wave is strongest at some distance down the cochlea depending on frequency. Since the toilet bowl lid put all the energy into SPECIFIC FREQUENCIES, it was concentrated onto specific spots in the cochlea.
9. Apparently, this concentration of energy was enough to damage the hairs -- to bend them over like trampled grass -- and I was concerned it could be permanent. My hearing was only slightly better the next morning. It was like everybody was still talking at me through kazoos. """
Fascinating. Be careful around dropping shatter-proof ceramics, I suppose!
Model 3 advertises a 325mi range, and Musk says the Y will get about 10% less than the 3.
> Finally, BigInts cannot be serialized to JSON.
Hmm, ok. I guess that's fine. But what about large numbers coming from over the network? Can we get a BigInt-aware JSON.parse() standardized ASAP?
I wonder if the rule is that the total face area for each label must be the same?