xnoreq
Simple package based distros like Arch basically just extract archives. Very few packages trigger post-install steps which usually just (re)generate something like initrd.
Afaik, bricking Ubuntu is either due to user error (e.g. mixing incompatible package sources) or the devs released broken/buggy packages...
One must keep in mind that devs manage to implement even flawed logic that is directly reflected by the code. I'd rather not give them a non-thread safe language that provides a two letter keyword to start a concurrent thread in the same address space. Insane language design.
I am the healthiest I've ever been in my adult life thanks to Covid.
Java already went in the right direction with distinguishing errors from exceptions and having "checked" (that you cannot ignore) exceptions, but the implementation of those concepts sucks. Also, generics, which allow the implementation of "sum types", came later and so sum types were never established as the way to do error handling.
Try 16/8 intermittent fasting and a healthier, more balanced diet and walking for a few minutes after meals and you will feel like a new person. After meals you will feel energized and awake.
There are filters with negative group delay, however. But FFT is irrelevant for that and it's not a time machine either.
Just like entangled particles that are lightyears apart, when you measure the angular momentum of one, you know the other's because of conservation laws and not because of some hidden object nudging the particle the right way either.
Spacetime bulging the other way ("anti-gravity") would simply be a feature of spacetime to conserve some other property. In my example that would be the water pressure that wants to stay constant.
Some commenter below mention that this is like a waterbed. I like that analogy. If you put a large marble on a waterbed, not only will it create a trough, it will also ever so slightly lift everything around it.
Couldn't it be that that these dents are balanced out by bulges between the masses, that would additionally "push" smaller masses (like solar systems) towards larger masses (like the centers of galaxies)?
In an experiment it would look like this: the rubber sheet seals the top of a container filled with water. Now if you push down at some point, the increasing water pressure will push up all around that point. If you now added a marble onto that bulge, it would roll down a steeper angle than it would in the normal experiment ... just like if there was extra mass ("dark matter").
It's not like asking P(A|A), it's not even asking why P(A) > P(N). It's asking why P(A) > 0, which it evidently is.
Statistically, one could make the argument that there are infinite possibilities of A(nything) and just one of N(othing), so the odds are stacked infinitely high against nothingness.