That's correct, the Romans had March as the first month of the year, so leap day was the last day of the year and September, October, November and December were the 7th (sept), 8th (oct), ninth (nov) and 10th (dec) months.
I'd expect the loss coefficient (tan d) to be terrible. Cellulosics hold onto water quite well. You will not have a good time pushing anything high-speed through this kind of board.
I would say the only practical application would be disposable things like PCBs in single-use vape pens. (Which are pretty environmentally offensive on other levels anyway.)
cable companies require poe filters. if they find that there is some "noise" leaking from your house, they may put a big filter of their own outside, that can degrade speed of modem
Smurfette isn't an actual Smurf, she's a construct made by Gargamel (yes, this is actual Smurf canon), so presumably her hair is also some sort of construct.
Word. 28 years of FPGA and ASIC design here, in VHDL, Verliog and SystemVerliog. Coming from VHDL, verilog had some painful limitations (no struct/record type) but SV fixed those, and supports some surprisingly powerful metaprogramming.
But even when using plain verilog the language was never the limiting factor on the design process.
It gets done inside silicon chips because the (relative) costs of going off the chip and back on again are huge, and the parasitic inductance of the on/off chip path can make a an off-chip capacitor effectively useless.
Not really - it incentivizes having the same total number of SW developers for many years, but they don't actually have to be the same people.
If you work at $CORP for 1 year (or 1 minute), $CORP gets to deduct the 1/5th of what they paid you for all 5 years, whether you still work there or not.
They're called "axioms"