Imagen if all that computer power was put to use such as finding the cure of HIV.... We would be done by lunch time.

Gaining a drug's approval by the Food and Drug Administration in the US — and similar government agencies in other countries — is a very expensive process. The expense is normally offset for by the patent(s) granted to the pharmaceutical company, that developed the drug, which make it an exclusive maker/seller of the medicine for decades.

However, if the drug is long-known — and only needs an approval for new application — who will undertake to pay for the approval, if there is no way to patent it and the approval will allow all drug-makers (both domestic and foreign) to put their own versions on the market?

http://www.palemoon.org/ Switched from Firefox to Pale Moon because of Version 29 and haven't looked back. It is excellent.

I'm quite scared by that. You first irradiate them, causing huge amount of genetic mutations. Then you change the environment, killing weakest mutants and let the best live on. Isn't it a recipe for eventually creating super-bug?

Snowden would be a hero in my mind if he'd stopped at just revealing the illegal spying the NSA was doing on US citizens, but he went farther than that. He revealed a lot of the things the NSA does to spy on foreign powers. That is their job and I expect them to do it, and I do not expect a citizen of the US to reveal our sources and methods of intelligence gathering.

I have not noticed date of birth being in the phone book. It actually bothers me that companies such as eBay think that they need or should even ask for a date of birth. All they need to know is that I am over 18, then piss off with the intrusive data gathering.

At low temperatures (just over room temperature), another type of polymer can be formed into elastic gels that are still stronger than most polymers, but still maintains its flexibility because of solvent that is trapped within the network, stretching like a rubber band.

Titan is, naturally, the stronger one. According to IBM, it has bone-like strength (its measurements were similar to the organic material that frames our bodies) and roughly one-third of the tensile strength of steel. When IBM researchers combined Titan with 2% to 5% carbon nanotubes, however, they found they could make a material three times stronger than the polyamides sometimes used on current aircraft.

Lin made the tiny wires from a special family of semiconducting materials that naturally form monolayers. These materials, called transition-metal dichalcogenides (TMDCs), are made by combining the metals molybdenum or tungsten with either sulfur or selenium. The best-known member of the family is molybdenum disulfide, a common mineral that is used as a solid lubricant.

Other research groups have already created functioning transistors and flash memory gates out of TMDC materials. So the discovery of how to make wires provides the means for interconnecting these basic elements. Next to the transistors, wiring is one of the most important parts of an integrated circuit. Although today’s integrated circuits (chips) are the size of a thumbnail, they contain more than 20 miles of copper wiring.

They gave it up when they said it was made from micro organisms... Its plankton.