"Over the following decades, Lee built a strong government that was backed by a competent and virtually corruption-free civil service..."
This part of the history, only mentioned in this one sentence, is the most interesting and relevant for other countries, and is really what sets Singapore apart from other countries in the region.
What does detaining someone over an unlawful (per the written law) protest have anything to do with corruption?
Corruption involves bribes, selective enforcement of the law, unethical favoritism when it comes to legal decisions, "favors", etc.
Your links just describe people participating in a protest that was against the law on the books, and then that law being enforced upon them. You can call that specific law unfair, undemocratic, authoritarian, etc., but what's the corruption angle here?
The corruption is not as blatant as you will see in other nations, and it works to make people believe the lie that its not corrupt, as you can see in the other thread in the replies to your comment.
The way corruption manifests in Singapore is legally and baked into the system - we are a city smaller than NYC but have _five_ mayors, none of which an average citizen can name or even have heard of having a mayor. Party politicians sit on the boards or occupy high C-suite positions of major companies and collect salary from all of them. Government politicians and high-ranking civil servants enjoy the best quality of life possible in Singapore, funded by taxpayer dollars, and barely have to do any work for it once they are in the position due to the single party system and only having to vote along party lines to keep it.
But in that case this bit of TFA feels a bit out of place:
> To eliminate the possibility that the owl was [...] detecting heat from the body of the mouse (for instance, by sensing infrared light emitted by a warm body), the experiment is repeated with a mouse-sized wad of paper dragged through the leaves
There are multiple similar companies in many European countries, even though the government provides (often somewhat basic) tools to file taxes. A large percentage of citizens in the Germany and Austria use paid software because it's more comfortable, same in the UK and Poland. But yes, it would be better if that was not the case, like in Scandinavia.
Even just searching in Germany there are at least 4 companies making different designs. I guess they must be selling quite well. Most make non solar tiles of the same size and design for shaded parts of the roof.
I have no idea if this is true, but I remember seeing in a Kurzgesagt video that developing phage resistance reduces antibiotic resistance, and vice versa. So you might corner bacteria by using both.
Improving phages is dramatically easier - you can just modify an existing one, either through direct engineering or by evolution, rather than having to find a brand new chemical that conveniently does what you want without serious negative drawbacks. 20 years ago the difficulty may have been comparable but the engineering tools for creating synthetic phages have advanced extremely rapidly.
And particularly if you are introducing a vulnerability instead of directly attacking the bacteria with the phage, there is no evolutionary pressure to become resistant until the phage has already done its job. You can even go further and have it insert genes that confer an advantage in addition to the susceptibility, so that even if some of the bacteria are by chance naturally resistant to the phage they get outcompeted prior to the deployment of the killing agent.
It's not really clear, the German part was going slower than the tunnel, but now that the tunnel is also delayed by at least 2 years, who knows maybe they are in sync again ;). The road link seems to be going much faster than the rail link on the German sinde, which won't be done before 2032.
Could be. So over the mentioned four weeks, the algae is reproducing more cells in sunlight, and emitting light at night, while gradually wearing out in some way and "retaining 75% of their brightness". Then at the end of the month you have a bucket of tired algae, and that's the stored carbon. I don't know what you do with it. You probably shouldn't chuck it in a river. Its likely fate is methane, wherever you put it.
It seems to me that it has the same problem as carbon capture, which is how to make the result inert, or which deep hole to pump it into. Two people apparently silently disagreed with this, I wonder what was bothering them?
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