harshpotatoes
Joined 17 years ago
Joined 17 years ago
These articles make the rounds on the internet every few months, which gives the impression change should happen quickly. But, given the enormous costs that exist to switch over, I think it's more likely we'll see a gradual change over our lifetime.
But there are still a few things I don't understand: Why do the Paris cab drivers require such regulations? How come the Uber drivers aren't required to have such a license? And maybe I don't completely understand the advantages of Uber (because I've never used a cab before), but at first glance, it seems the main reason uber is succeeding so well, is that there is an app to quickly summon a driver. So why doesn't such an app exist to call these licensed drivers who are so angry?
Is this just because there has been a constant stream of people switching their traditional currencies for bitcoins at a rate faster than bitcoins can be mined?
Presumably at some point bitcoin will stop being deflationary if it ever wants to be useful as a currency. When does that happen?
Why do people buy bitcoins if it isn't really useful as a currency yet? I mean, there are supposedly 3.5 billion USD worth of bitcoins in existence, but if I want to buy any sort of physical product or pay for utilities, I have to use a traditional currency.
Currently it appears that bitcoins are most popularly used for less than legal purposes (payment for drugs, payment for services to avoid taxes, payment for blackhat services). Does this mean that by buying into bitcoin, I'm essentially providing USD to these black market activities which might not have had USD to begin with?
Many questions I don't understand...
Of course, I suppose there is the added benefit that many companies would now be legally required to have a physical presence in Germany, requiring the creation of many more local data centers. Presumably this would boost the already high performing German economy.
I wonder how this would effect IRC servers. Would you have to forbid connections from Germany if there already was a user connected from Germany?
In that same line of questioning, wow would a teleconference work? Two german companies and two american companies are communicating in a group call via skype or something. The server is located in the US. Does this mean that the two German companies are communicating with each other and therefore the server must be located in Germany? If the US had the same laws, does this mean it is impossible for the group call to be made at all?
How much more difficult would it make telecommuting if multiple telecommuters are located within Germany?
What if user A located in germany wants to send an email or instant message to user B in germany, but is VPNed to a server in another country. Maybe User A is on a business trip to germnay and is VPNed to their work, or something. How could such a message be routed completely within the German borders? Would the VPN have to detect the nature of the message and reject it?
Am I understanding everything correctly?
http://www.goochandhousego.com/products/passive-fiber-optic-...
Do you use a different word in the UK for these situations?
I think it will be very difficult to align a local to the local tangent of the earth's surface. Over a distance of 700m, the earth's surface deviates by about 4cm. This means we would have to align our laser to within 50 microradians in order to accurately measure the deviation of the earth's surface.
Further more, his two beam system is setup using two lasers spaced about 4m apart requires even greater accuracy. Let's imagine system 1 is aligned to the local tangent at one end of the terminal (x = 0m), system 2 is aligned to the local tangent 4 m away at x = 4m, and heights of the two beams are measured at the opposite end of the terminal (x = 700 m). The height difference between these two beams will be about 1 micron. If we assume that the beams are large enough that there is no spread in beam size, then each beam is about 3 cm in diameter. This means we need to measure the beam height to better 0.003% accuracy relative to the beam size. I think this will be a very difficult measurement.
I think there is a way you could very accurately measure the relative angle between two beams in a larger interferometer and two lasers, but I'll have to think about how it would look...
Regardless, it's always fun to think about this small corrections to our expectations. To be honest, I was a little surprised to think about it, 4cm of deviation over 700m is actually a bit larger than I expected.