So a bunch of people who fail on their first attempt, and they pass the second (or third) time. So, of all people who eventually pass, 70-80% took the test twice or more.
Corollary: in any given exam, 20-50% of all exam takers are there for the second (or more) time. So the total number of first-timers is considerably less than 100% and I’m guessing that their failure rate is greater than 50%.
Couldn’t agree more.
And now that this occurred, and cost $500m, perhaps finally some enterprise companies may actually resource IT departments better and allow them to do their work. But who am I kidding, that’s never going to happen if it hits bonuses and dividends :(
Typically you need about 1GB graphics RAM for each billion parameters (i.e. one byte per parameter). This is a 405B parameter model. Ouch.
Edit: you can try quantizing it. This reduces the amount of memory required per parameter to 4 bits, 2 bits or even 1 bit. As you reduce the size, the performance of the model can suffer. So in the extreme case you might be able to run this in under 64GB of graphics RAM.
I think that’s a better plan than physically printing keys. I’d also want to save the keys in another format somewhere - perhaps using a small script to export them into a safe store in the cloud or a box I control somewhere
You need at least two copies in two different places - places that will not burn down/explode/flood/collapse/be locked down by the police at the same time.
An enterprise is going to be commissioning new computers or reformatting existing ones at least once per day. This means the bitlocker key list would need printouts at least every day in two places.
Given the above, it’s easy to see that this process will fail from time to time, in ways like accicentally leaking a document with all these keys.
I agree, so much legislation is broken, the legislators aren’t doing shit, so we citizens need to fix it!
But we could start with the right to repair.
The reference if you haven’t seen it.
Dara Ó Briain is a legend!
If you’re pushing everyone’s buttons it’ll end badly.
That was one of the original proposed mechanisms to explain how the (obviously false) autism was caused.
But since then, since thiomersal was removed, other ‘causes’ and moral issues have been invented, including cells from abortions.
The one that makes me laugh the most is that it’s terrible that the poor poor baby is exposed to so many illnesses (measles, mumps, rubella, polio, tetanus, notovirus, rotovirus and more) in such a short space of time, it’s no wonder the poor dear’s immune system is compromised. And then the same mother drops the kid off at daycare and exposes the poor dear to all those viruses and more - and live viruses at that.
There is no bleeding logic, just feels. And they get so angry at the fake harm that medicine is causing, and simultaneously actually causing real harms to real people.
There is non-zero risk in every surgery, and this is a major surgery. There is non-zero risk of very very severe consequences: brain infection, stroke being just some. While these risks are low, they are non-zero. The volunteers have the possibility of losing everything.
Java programmers are also functionally illiterate
BMI classifying weightlifters as morbidly obese is a flaw of the BMI, not on how medics consider obesity. BMI is used because for most people it is really simple and quick and gives a reasonable result. When a doctor considers your health, they consider many many factors including your bloodwork, quantity and location of fat, fitness level and more
Sorry for taking a long time to reply.
with plain old binary fission cell division, how do you get both to divide at the same time, and give each cell one of the new organelles?
An excellent question! Luckily it was answered in the paper. The researchers actually had a high resolution soft x-ray movie of cell division (ok, an exaggeration, they had a few micrographs showing the sequence). In the sequence, it showed how the organelles (including the novel N2 fixation one) undergoing division and each ‘child’ organelle ending up in different halves.
Cell division is controlled in the cell by an amazing process:
The x-ray micrographs show that the N2 fixators are already integrated into this mitosis mechanism - my guess is that the N2 fixators already ‘understand’ the parent cell’s mitosis signaling.
The authors also say that the organelles have lost a number of genes for essential cellular functions, relying on the parent cell to provide those capabilities. By comparison, mitochondria have only 37 genes left, and chloroplasts weren’t known for having any DNA when I was at school, but are now known to have about 110 genes.
In other words, a lot of evolution has already occurred and they are well on the way to being ‘proper’ organelles.
an extreme change like this can’t be selected for
I think you mean that the initial bit - where the smaller bacterium is swallowed but stays alive in its host - is the “can’t be selected for”. After this, if the chimera survives, then most definitely the natural selection process is in action and selection is taking place.
That lectern as pictured is a cheap copy worth way less than $1000. The allegation is that she paid her friend for costs of a trip to Paris of which there are social media photos at expensive nightlife locations.
Elon Musk didn’t build the company.
Elon Musk invested into the company,
That’s what I said a couple of paragraphs later
Elon sounds like he’s experienced, skilled and is approaching things from a theoretical or ethical or other grand point of view. He used to impress me with his approach on building an electric car company with full self-driving vehicles in the 2010’s. I wasn’t a full believer, but I thought he was competent and wanted Tesla to succeed.
Then he went and bought Twitter. As a software engineer all my life, and in the startup scene, and having worked in a failed social media platform, I have some experience. Everything he’s said about Twitter is crap and everything he’s done is stupid. And the results speak for themselves.
I’ve seen people say that Elon sounds great about things they don’t know too much about. But when the topic comes to things they do understand, Elon clearly is wrong.
He started his career with hundreds of millions of dollars, and he bet it all on a couple of businesses be bought (he was never a founder, always a purchaser).
Basically he’s been lucky twice (Paypal and Tesla), but each of these won 10-100x on his initial stake.
Disagree with your disagreement. I also have an M1 and was a quite early adopter (within 3 months of launch). It was really snappy compared to my Intel Air it replaced. From the get-go. Even for apps that were still x86 code.
Things definitely improved over the next 9 months, but I was and am a really happy camper.
This is exactly the answer.
I’d just expand on one thing: many systems have multiple apps that need to run at the same time. Each app has its own dependencies, sometimes requiring a specific version of a library.
In this situation, it’s very easy for one app to need v1 of MyCleverLibrary (and fails with v2) and another needs v2 (and fails with v1). And then at the next OS update, the distro updates to v2.5 and breaks everything.
In this situation, before containers, you will be stuck, or have some difficult workrounds including different LD_LIBRARY_PATH settings that then break at the next update.
Using containers, each app has its own libraries at the correct and tested versions. These subtle interdependencies are eliminated and packages ‘just work’.
You’re in the process of describing a Cybertruck, just the misfitting panel ‘teeth’ aren’t rotating