Actually you can't just turn your passport in. You have to pay hundreds of dollars to formally renounce. And you can only do so if you're already a foreign citizen.
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My first year in Iceland, my US return was so complex that most tax attorneys refused to touch it. One offered to do it for over $1000. I ended up doing it myself. Three years later I'm still dealing with the IRS on it. It was as thick as a book.
My subsequent returns have been simpler but are still really annoying.
Seriously, don't do this to your kids. Just don't.
It's not even just taxes. The US is so weird about all sorts of things that can bite you. When I got engaged in Iceland, Iceland wanted a certificate from the US proving that I'm not already married - it's a standard requirement here, and most countries have such a certificate. But not the US! In the US you can get a certificate proving that you are married from the state you got married in, but not a certificate proving that you're not married. The only way around it is to find the one sherrif's office in the country who considers a signed affadavit to be sufficient to wed (all of the others disagree).
I would never dream of cursing my kids with US citizenship. How mean could you be to them? I can't bloody wait to get my Icelandic citizenship so that I can formally renounce my US citizenship.
1. Alibaba.com. You can get anything there.
2. Semipermanent subplate attached to the table with pin slots, surgical grade titanium plate pinned into position, pancreas stock welded into place with TIG set to the settings for pancreas stock of appropriate thickness (what can't you weld with TIG?)
3. We find the mechanical properties of billet pancreas to be sufficient, and the higher precision and better finish reduce the odds of customer rejection.
"3d printing" is the latest fad for Slashdotters to obsess over; meanwhile, in the real world, people are just going to use more established solutions. For example, where I work we're making great progress towards CNC-milling a pancreas.
All of Areva's renewables investments combined are less than 10% of their business. And they're performing far better than their core nuclear business. I find it amazing that you argue that they shouldn't have invested in the few projects they're involved in that are actually paying off.
It's not just neutron bombardment either. Your fuel is producing almost every element in the periodic table, anisotropically and varying across time. It's pretty much the worst situation one could come up with from a containment standpoint inside the fuel even before you factor in neutron bombardment.
Then there's the nature of nuclear disasters: they're disasters in slow motion. The upside is that few people usually die from them because there's usually plenty of time to get away. The downside is that they take bloody forever and a king's ransom to clean up, where it's even possible. Picture, for example, an accident at Indian Point that would increase NYC residents' rate of cancer over the next 10 years by two to three orders of magnitude. You could evacuate over days to weeks and it'd have little impact on public health. But you'd be having to pay for the loss and cleanup of New York City. That is, of course, an extreme case, but it's an illustration of the financial challenge faced by an industry that deals with large amounts of chemicals that are incredibly toxic even in the minutest quantities. Screwups can turn out to be REALLY BIG screwups.
Judging from our sample size of one on what sort of conditions life can thrive in, and a couple datapoints on where it doesn't seem to, I think we haven't the foggiest of clues where we're actually likely to find life. There seems to be this presumption among many that "where we find liquid water we should find life, and where we don't find liquid water we shouldn't". I think that's totally logically indefensible. We have no bloody clue whether water-based life is a common or rare occurrence, nor whether non-water-based life is a common or rare occurrence. We have way, way to little data to be drawing these kind of conclusions.
Life can be defined empirically and that's a good enough of a description. The problem is people debating over what that definition should be. The problem with gravity is not describing it, but figuring out why it exists as it does. They're very different situations.
Most people agree on the basics of life - something that can self replicate and evolve - but it's the details that pose the thorny issues. For example, how particular is it about its environment? Viruses leave most of the work of their reproduction to outside sources, so there are many people who don't want to call them life. But there's a continuous slope between that and something that can survive on nothing more than sunlight, water, CO2 and trace minerals; you don't say that a cat isn't alive because it can't make taurine and has to rely on external entities to do so, for example. And at an even more basic level, how picky must one be about what constitutes "replication"? What if you have imperfect replicators that create entities "similar" to themselves, which may have varying degrees (perhaps frequently "zero") of ability to replicate themselves? Certainly such a thing has the potential to at least lead to life. But is it life? If not then what's the cutoff point in terms of replicative accuracy when you start to call it life and the inaccuracies in its reproduction "evolution"?
I don't think this is at all special. There have been tons of space-matter-abiogenesis experiments that have been done, with similar results. For example, it's been shown that Titan's atmosphere can produce at least 16 amino acids and all five nucleotide bases, and we've already detected organic molecules over 10000 daltons there.
Nature likes to produce rather complex mixtures of organic chemicals without any help from life, nobody should doubt this any more, there's been way too much evidence that it happens. Nature is more than happy to continously rain down vast amounts of varied, complex organics given the right situation, providing both potential organic catalysts to develop into early life and "food" that they can scavenge. The question that needs to be answered next is, from a random diverse mix of organics, how does a hypercycle get started, wherein some chemicals / mixtures of chemicals / families of chemicals begin to encourage the creation of more chemicals "like" them, increasing the odds that there will be more produced of whatever is needed to keep the cycle going. Once you get to that point, you have the potential for evolution to take hold - first by a simple race to produce the most exact copies of the most efficiently-catalyzing chemicals and the poisoning of competing chemicals, up to the development of membranes to provide defense/hoarde resources/survive adverse situations/etc (the first "ur-cells").
God may have created life (directly or indirectly) all over the universe.
True, we know that there is nowhere in the universe that His noodly appendages doesn't grace.
Right. Having the government cover all of your major liabilities, getting to write off massive debts, pass all of your cost overruns onto local consumers without them having a say in the manner, and so on, that's all "paying their own way", right? In nuclear power, the gains have always been privatized while the costs and risks socialized. And it's *still* been very difficult to find investors. Nuclear has always been more popular on K-Street than Wall Street.
Here's a paper going into the various massive ways nuclear has been subsidies. And they still can't bloody manage to stay afloat. It's one of the few industries with a negative growth curve - where technology gets more expensive with time, not cheaper.
Wow, way to not link to a study, but rather a Smithsonian blog talking about a Wordpress blog talking about a study. You clearly love your primary sources!
FYI, the study is just one of many. The study itself cites others, including:
20,000 birds/yr (Sovacool, 2012)
10,000–40,000 birds/yr (Erickson et al., 2001 and Manville, 2005)
20,000–40,000 birds/yr (Erickson et al., 2005)
440,000 (Manville, 2009)
573,000 (Smallwood, 2013).
The latter two include lattice towers, which are largely being decommissioned as unsafe to birds.
But hey, having varied numbers clearly means that if you can find a blog linking to another blog linking to a study that shows high numbers (among many different studies), then clearly the GP is "plain wrong", right?
And yes, even if we go with your choice study's mean of 234,012 annual bird deaths, that's still orders of magnitude less than many other types of human activities.
I have serious fears that we're facing an unduly high risk of a major wind spill here.
The number of grammatical cases is irrelevant. Question: What's the difference between a grammatical case without stem changes and a postposition (opposite of a preposition? Answer: A space.
That which is challenging, apart from stem changes, is the same thing that is challenging with helper words in general: when to use what with what. Picture a person learning English and trying to remember what to use with what. "I was scolding her.... over it? for it? about it? to it? around it?" "We were unhappy.... over it? for it? about it? to it? around it?" "She was dedicated.... over it? for it? about it? to it? around it?" And so forth. It's the same for people trying to learn which declension case to use in which context. But if the declensions are just suffixes without stem changes, then they're no different from postpositions. And often stem changes where they occur follow pretty predictable rules, often for pronunciation reasons.