A mainstream fairly well funded sequel to a cult classic owned by a company that has yet to develop anything even close to the same quality as a janky pre-release third-party source game that has switched developers at least once now?
…I’m sure it will be fine, it’s not like there’s at least two other examples of that exact scenario failing miserably.
That’s more secure than most setups, the VPN with killswitch will defeat any and all attacks you’re likely to encounter if you don’t open files on that same VM.
FDE is for physical attackers, it would have nothing to do with torrenting unless you’re really intending on pissing off every single criminal legal authority and not just worried about civil suits from copyright holders.
I am in the EU. There is literally no storage for highly radioactive waste.
Pay to store it in Finland, like everyone else is doing. They currently have a facility that isn’t even a quarter full and can be heavily expanded.
That’s not true. Nuclear waste can also contaminate ground water, if stored incorrectly. And as we discussed: we have no storage solution for the highly radioactive waste and thus can’t store it correctly.
Solar panels can contaminate ground water if stored incorrectly, that’s a useless statement.
And as discussed there are thousands of storage facilities available. Just because your specific economic union has not built one yet, does not mean you cannot use one of the commercial ones, and by the way these long-term storage facilities aren’t the part that store the waste safely. The containers do, and short of a nuclear bomb going off the waste isn’t escaping them. So much so that despite waste existing since the 1960s, there has never been an incident of nuclear waste escaping containment. Ever. Coal spillages have caused more radioactive contamination than nuclear waste.
I think you’re vastly underestimating how cheap most computers are; consumer laptops are around $300-500 median, that’s what most people use. And those laptops don’t game. The enthusiast computer market, while larger than its ever been, is still a ridiculously small percentage of computers sold.
The open hatch almost definitely lead to the kill. You can overpressure loaded or stored shells with less than the .62kg explosive charge in the bomb. There’s a small chance though that it penetrated; T90a’s turret top armor has at most 200mm of armor, of which 90mm is steel; PTAB have been known to penetrate 90mm of steel and the rest of the armor composite does not resist HEAT rounds.
archinstall comes by default on medium now; there’s also archfi and about a dozen other install scripts with varying levels of customization, interactivity, and ease of use. All of which are better options than wiki installation.
This is definitely a major reason. Windows 11 forces TPM 2, random hardware requirements that make no sense, and is objectively a downgrade from windows 10 (like every other windows version always is). Since Windows 10 is two years out from EoL and all major Linux distros have gotten so much better… might as well upgrade while you can still go back to 10 should you need to, before you have to be on Linux or throw out a bunch of otherwise fine computers.
Developers are too often bad engineers.
This I agree with, but would excuse it by simply stating investment isn’t there for proper engineering standards. I’d love to produce bug-free tested to reasonably unbreakable, ethically implemented code every single time. But I’d be out of a job pretty quickly and replaced by someone willing to do it faster with more critical bugs and no thought of the ethical implications of a failure.
Literally in any of the hundreds of current underground sites? It’s also not highly toxic, it’s radioactive. There’s a pretty huge difference. Nuclear waste doesn’t leech into the water cycle like the run off of broken solar panels or turbine arms.
Python is legitimately the best language by far for the vast majority of non-performance critical tasks, and most tasks that need to be developed for are not performance critical.
This is a serious problem I think isn’t actually talked about enough. There is a ‘ring of trust’ on most social media now that in my opinion goes far too far; if you don’t have enough algorithmically determined ‘trust,’ you’ll be booted off without a way to appeal. Reddit shadowbans the vast majority of new accounts, but hasn’t been able to cut down on spambots; Facebook by its nature needs ridiculous amounts of personal information but even then doesn’t actually use it to assign more trust since bot-owners can supply generated information that’s equally as valid; really all social media, especially if you do anything at all to protect your privacy, assumes you’re a spambot first, then only lets you participate after you prove beyond a shadow of a doubt you might be a human. I understand we’re already half way into developing a dead internet, but there’s no reason we need to go full throttle into it by limiting actual humans from signing up past a certain point in a product’s lifespan.
Baseload is not a goal, it’s a limit.
I would love to know what oil company you heard that from, since it’s absolutely not true. You can both turn them off quickly (faster, in fact, than LNG or Coal), start them up quickly (sub minutes) and change production quickly. These have all been features since 1960’s era reactors, and we’re around 10 generations past them.
How long do you think it takes to build renewables? It’s been about 20 years since most countries have started implementation and no country is 100% reliant on renewable energy or could store even a night’s energy needs without generation.
Storage, we have less Lithium than you seem to think, and pumped hydro is not a solution – not that it’s not a universal solution, it’s simply not a solution. Implementation costs more than a nuclear reactor and maintenance and security costs are way, way higher than a nuclear reactor. We, unless you want to adopt a powerless overnight lifestyle, need on-demand power generation. Nuclear is the best, safest, cleanest, most feasible option for that until we remove all precious metals from energy storage technology.
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Nuclear power is exactly as renewable as solar power; and ‘highly’ radioactive waste is a fraction of a fraction of the waste generated, with most waste being less harmful than living within 50 miles of a coal mine, or 100 miles of a coal power plant. It’s also entirely defeated by a relatively small amount of one of the most common metals on Earth. Additionally, if we were to power the entire world with just nuclear power, the amount of unusable waste generated per year globally would be smaller than a compact sedan, requiring a little less than a box-truck sized container to store it safely anywhere on the planet. It would take several tens of billions of years to accumulate to a problematic size for safe storage.
The short answer is the fossil fuel industry and those who support it desperately want to encourage any kind of infighting among any and all people concerned with the climate; Greenpeace itself has been funded massively by the oil and coal industries throughout its lifetime specifically to oppose nuclear power. It’s news now because as we look towards energy generation over the next 50 years we can either have large amounts of LNG and coal power plants while we pretend there’s enough Lithium on Earth to support a renewable-based grid, or we can essentially eliminate 100% of natural gas, coal, and oil-based power plants in the next 15 years and work towards renewable grids with post-lithium power storage over the next 150 years. That latter scenario would nearly eliminate the global coal and natural gas industries, and severely harm the oil industry. So the more ‘division’ they can sow to delay a decision in either direction, the better it is for them.
Renewables generate more toxic waste per mWh than any nuclear reactor design.
Welp, there goes the exploration of the world factor.