DnB Nord. In the paper it's labelled as being in Latvia. It's not so much a well-known Danish bank, as a Norwegian-owned bank that does business in Latvia, with its headquarters in Denmark... From their website:

Bank DnB NORD is owned by Norwegian DnB NOR. The bank, with subsidiaries and branches in Estonia, Latvia, Lithuania and Poland, profiting from the expertise and strengths of DnB NOR.

Bank DnB NORD offers a comprehensive range of quality financial products and services to households as well as businesses. The headquarters of Bank DnB NORD are situated in Copenhagen, Denmark.

It's been a while since I compiled a kernel in Gentoo, but as I recall "make install" will get you the kernel image copied to /boot and symliked to /boot/vmlinuz or somesuch. Even backing up the old symlink to /boot/vmlinuz.old.

So all you'd have to do is point the Grub config to /boot/vmlinuz, and you wouldn't have to touch it after a recompile.

Of course there were issues with new "make install"'s overwriting old ones, etc, but as I recall generally it worked quite reliably...

Aha. Well, in that case I will get off your lawn immediately... ;)

It has not yet become a big enough of a problem for the large sections of unused address by universities such as MIT and Harvard to be recalled.

Well actually, from TFA:

There is an old story that Stanford University supposedly has more IPv4 addresses than the entire country of China. At the beginning of the decade, this was true: Stanford had the entire 36.0.0.0/8 class A block, more than twice the less-than 8 million addresses that were given out in China at the time. Times have changed, however. Last year, China passed Japan and took the number-two spot behind the US. This year, organizations in China obtained another 50.67 million addresses for a total of 232 million. And Stanford is one of the very few organizations that has returned a class A block.

There is some research being done into bidirectional prosthetics. Kevin Warwick from Reading University in the UK has successfully implanted a chip in his own arm allowing him to control an external robotic arm and receive sensory input from it.

Some of Warwick's work is pretty controversial (see e.g. various articles from The Register), but he does do some solid research.

Wikipedia has more details