Hans Reiser

goodreader (ios) can cut margins. Its not automatic, but it is very quick and it remembers. I can comfortably read papers on my ipod, although scrolling (with helpful jump buttons) is necessary.

not only that, but it isn't something that you keep using, so even if civilization continues, CFC's probably won't (at high levels). The consequences of high atmospheric CFC's are enough to push them out of use. It'll be like high powered omnidirectional TV and radio signals. Those stopped too, yet we continue.

It's not the fall that hurts, it is the sudden stop at the end.

Humour aside, north pole GPS is important for all those great-circle plane routes that go over the north.

The opposite is more likely, them keeping nokia afloat so that there is still a maker of microsoft phones.

Now, this, this is an example of trolling. Slightly absurd, somewhat believable statement which derails the thread.

LEDs will still have a pretty broad spectral response so you'd have overlap, and need quite a bit of gain. Try one of the taos colour sensing chips, those do RGB+all with programmable gain and digital output, it'll make the project pretty simple and much more repeatable. you can also do one clear NIR phototransistor with selectable filters for colours. That'd be manageable. For my project, I am using, currently, a clear phototransistor and illuminating the target with a specific LED colour. I think someone has done something pretty similar (but reflection rather than transmission) on instructables too, but I can't dig it up.

TD bank in canada: 5-8 letters, no symbols. Sure you have to answer a few (random 3 of 5) quiz-of-your-life-history questions after, but really. http://www.tdcanadatrust.com/products-services/banking/electronic-banking/faq-idplus.jsp Passwords must: - be 5 to 8 characters in length - not contain spaces or special characters (e.g. #, &, @)

wouldn't that be 0.0002c? (extra zero) https://www.google.ca/search?hl=en&q=72.42048km+per+second+%2Fc

The abstract: "We show that nanometer-scale pores in single-layer freestanding graphene can effectively filter NaCl salt from water. Using classical molecular dynamics, we report the desalination performance of such membranes as a function of pore size, chemical functionalization, and applied pressure. Our results indicate that the membrane’s ability to prevent the salt passage depends critically on pore diameter with adequately sized pores allowing for water flow while blocking ions. Further, an investigation into the role of chemical functional groups bonded to the edges of graphene pores suggests that commonly occurring hydroxyl groups can roughly double the water flux thanks to their hydrophilic character. The increase in water flux comes at the expense of less consistent salt rejection performance, which we attribute to the ability of hydroxyl functional groups to substitute for water molecules in the hydration shell of the ions. Overall, our results indicate that the water permeability of this material is several orders of magnitude higher than conventional reverse osmosis membranes, and that nanoporous graphene may have a valuable role to play for water purification." Emphasis added for why, and the introduced problem

Aside from the fact that I'd have to leave the basement to do this, playing FPS's at ~24 fps and ~60fps is a noticeable improvement of high fps, so it can be done.