Did you just pick a random person to say that to?
...probably aren't going to do their research, and will be willing to buy a shittier version for a higher price.
This camera is a fashion accessory for shallow people.
It's a good way of laying off the people who are good enough at what they do that they can find other jobs.
Found the office building real estate investor. Or the sociopath from upper management.
The masks were stupid. Everyone lifted them up to do business in public, everyone was breathing out their car windows in traffic while people drive in long straight lines breathing each others air from non-airtight vehicles.
This is confused at multiple levels, but does almost touch on a valid point. It is true that a lot of people were awful maskers, and lifted up their masks all the time, or had terrible seals, making their masks not function. And then you had people doing things like wearing masks in indoor restaurants and then taking them off when they sat down to eat as if their dining table was somehow protected. And if you go back to Slashdot, you'll see me explicitly saying that all of this was awful behavior. People failing to mask properly isn't a problem with masks though any more than people dying in car accidents due to not wearing their seatbelts is a sign that seatbelts don't work. And the point about car windows out non-airtight cars misses something we figured out pretty early in the pandemic, namely that outdoor environments in general were pretty safe.
People became immune to covid without needing a hundred vaccines. No masks now and everyone is okay arent they.
People didn't need a hundred vaccines, but we're still getting new covid variants, and vaccines are still helping prevent people from getting seriously sick. Vaccines worked, and they drastically saved lives. Here is a really good essay about that https://www.natesilver.net/p/the-2-key-facts-about-us-covid-policy which shows how prior to the vaccines, death rates in the US among Democrats and Republicans looked nearly identical and only after vaccines showed up they started diverging. There's one easy explanation for that. And it is worth noting that the author there Nate Silver, generally takes the position (and argues explicitly in that piece) that mask mandates were not substantially effective, even as vaccines worked really well. It may be worth realizing that while you somehow see vaccines and masks as interconnected issues, they aren't, and not everyone falls into the vaccines-bad-masks-bad and vaccines-good-masks-good categories. To use two fun anecdotes: One of the most strict maskers I know was a couple who were highly anti-vax and was also taking HCQ as a preventative. One of the most vocally pro-vax people I know is a Rabbi who despised not getting to see his congregant's faces and was pushing for the vaccines so people would feel comfortable unmasking. Maybe don't treat all matters as some giant soccer game with two large sizes?
Relevant math background: the Gaussian integers are the complex numbers of the form a+bi where a and b are good, old-fashioned integers. For example, 2+3i or -1 +2i are Gaussian integers. Any integer n is a Gaussian integer since you can write it as n+0i. But say or 3- 0.5 i would not be Gaussian integers. Also notation: We write x|y to mean y is a multiple of x. We can use this notation in our regular integers (so for example 2|8 but it is not true that 3|8 ) or in the Gaussian integers where we are then allowed to multiple by another Gaussian integer. For example (2+i)| (2+i)(3-i). A good exercise if you have not seen the Gaussian integers before: Convince yourself that 1+i | 1+3i.
It also turns out that the Gaussian integers have an analog of unique prime factorization just as that in the usual integers. The Gaussian integers also have a notion of size called the norm. For a given Gaussian integer a+bi, the norm is a^2 +b^2 .
Recently I had to prove a specific Lemma where I needed to find all Gaussian integers and where both are Gaussian primes, and b|a^2 + a +1 and a|b+1. I had as a template a very similar Lemma in the integers which was a Lemma which said exactly which integers and b such that b|a^2 + a +1 and a|b+1. I worked out the proof, essentially modifying the version in the integers. Then, I did something I've often been doing after I've completed a small Lemma, namely giving the task to ChatGPT or another system and seen how they've done. For prior iterations (GPT3, ChatGPT , GPT4, 4o) this has almost universally been a disaster. But this time I gave the task to GPT5, and gave it the integer version to start with. It tried to do the same basic task and produced a result pretty close to mine, but it had multiple small errors in the process, to the point where I'm unsure if using it would have sped things up. But at the same time, the errors were genuinely small. For example, in proving in one subcase the system claimed that a specific number's norm needed to be at most 9, when it needed to be at most 10. These are not the sort of large jumps in reasoning that one saw with GPT4 or 4o. It might have been the case that if I had given this to GPT5 before proving it myself and then had corrected its errors I would have saved time. I generally doubt this is the case, but the fact that it is close to the point where that's now plausible is striking.
How many Bavarian Illuminati does it take to screw in a lightbulb? Three: one to screw it in, and one to confuse the issue.