Comment "4 in 10 adults and 2 in 5 kids" (Score 1) 144
What is the difference?
What is the difference?
there is nothing like 'understanding' happening here.
A fun fact about models like this explaining their "reasoning" is that it's all post-hoc. There isn't anything like reasoning happening here either.
Just like real people
The authors' calculation of the cost per kg is $1.96 and is shown in supplementary table 3 (page 26 of the supplementary material linked from the main paper)
Indeed. They have already broken a promise. Now they are making another in appeasement. As the saying goes, "Fool me once..."
Where does 466 bits come from? Shuffling 54 cards would result in factorial(54) permutations, which is about 237 bits of entropy. Am I missing something?
So, anyone who values privacy is now dishonest?
True. Viruses can't grow on masks. GP probably confused viruses and bacteria.
Today you have to use Facebook if you want to be as informed as other people.
Today you have to use Facebook if you want to be as misinformed as other people.
FTFY
One compromise that could be made would be to restore the anonymous posting ability with registered accounts. We would still have some sort of anonymous ability but the abuse could still be linked to an account.
If it is linked to an account, it is no longer anonymous!
True. However, it is ironical that doctors who are supposed to have dexterous hands have barely legible hand writing!
There are several:
https://en.wikipedia.org/wiki/...
Depends on what we mean by reality!
In the classical sense, reality is independent of observation. Not so in the realm of quantum mechanics, where observation is not possible without interaction which in turn effects the state being observed/measured.
But I prefer Linux because Windows, like so many other digital platforms out there today, has an agenda: to shape my behavior as a consumer.
systemd: Hold my beer...
As a lay person with an engineering background, I find QM to be exceedingly weird. All our intuition stems from interaction with the classical (macroscopic) stuff around us. Trying to extend it to the quantum world is rather frustrating.
I recently took up an opportunity to attend a few lectures on introductory quantum mechanics, just to see if I can develop some intuitive understanding of quantum mechanics. My key takeaway (please correct me if I am wrong) was that in the quantum world, measuring a quantum state and interacting with a quantum state are the same thing and will almost always modify the state being measured.
There were a host of other concepts which were introduced but most of them appear to boil down to this essential difference.
Waste not, get your budget cut next year.
