Pathogenity requires extensive adaptive mechanisms from a microbe, otherwise it isn't able to live in an organism with an immune system. Microbes that cause human illnesses have through countless generations developed traits that enable them to grip molecules on human cells, thrive in tissues, and resist the immune cells' attempts to destroy them.
I don't know if I really agree with that. Some of the more dangerous pathogens are those that have recently jumped from other species and have had little time to evolve into coexistence with their new host. SIV infections are symptomless in their natural host, but deadly in related primate species (including HIV in humans). Same thing with herpesviruses, relatively minor symptoms in their natural host, but often deadly when they make a zoonotic jump (herpes B amd AlHV are good examples). Plus 120,000 years ago is not very long at all on an evolutionary time scale and it could have easily been exposed to other primates/mammals (even humans) at that time. In fact the age of it really only guarantees that a human host would have zero protective immunity against it, so it would be like smallpox blowing through native American populations.
It's both right and wrong.
Yes, yes, but what is it if I look inside the box?
Limiting access to any virus or bacteria that's in the environment is rather hard.
Depends on the pathogen. Things like smallpox, sars, or ebola are not going to be easy to come by, while something like influenza and the information to recreate Spanish flu would be. But that was kind of what I was getting at in my last point. Someone could easily start cloning things into common pathogens, which is not a good idea unless you are doing it in controlled conditions (like a BSL3 lab), but in practice there is no way you can effectively regulate that.
We make paper. Or Zeros and Ones. Those will not be worth as much as they once were.
The US is still by far the largest manufacturing economy in the world. In fact, it's almost as large as the next 2 countries (China and Japan) combined:
2007 stats in USD:
US: 1.8 trillion
China: 1.1 trillion
Japan: 0.9 trillion
Flagship demo projects like this often get exceedingly big discounts from the vendors.
Yeah, remember Virginia Tech's crazy Mac cluster that had a a slew of Power G5s that they ran for what seemed like less than a year and replaced with XServes? IIRC, Apple gave them an even swap for the brand new XServes.
If you're not careful, you're going to catch something.