broad market Index fund with low management fees

I recently read a plausible reason that I hadn’t thought of yet:

Apple would need to include a specific flexible cable rated for continuous movement with the mouse. If the port was in the regular spot, then people would ofc also use it wired at times. However if buyers would use regular charging cables, then the experience would both be worse and the cables might get damaged over time from bending.

I still think the main reason is simply that they value form over function, otherwise the shape would be more ergonomic, but it’s another interesting factor to consider.

How is 1€/day cheap for such limited home Internet? I guess it might depend on where you are, but unless you are in the middle of nowhere that seems expensive.

Here in Germany for example, which really isn’t known for its cheap internet, I can find options that offer 100Mbit Flatrates for 20€/month.

I am also from Germany and get payed for donating thrombocytes at my university hospital. The compensation is actually quite substantial imo at (up to) 75€ per session, which can be done every two weeks. The money is however mean to offset the time required, not the thrombocytes donated. So it is correlated to how long it takes.

You get 15€ (?) for up to 15min (if they have to abort very early for some reason or at your first visit where they just draw blood to test), 50€ for up to 1h (which equals to 1 instead of 2 pack of thrombocytes, usually done at your first real donation or if you maybe dont have enough for 2 on this particular day), and 75€ for anything over 1h (which is the norm).

Timewise the hospital is on the outskirts of the city, so most will have to travel a bit, then you have to fill out forms, have a quick talk with the doctor, and finally depending on your parameters it takes anywhere from ~55-70min to extract, during which you are tethered to a machine (which takes out some blood, then seperates out the thrombocytes with a centrifuge, pumps back the rest, and repeat).

One could get philosophical about the topic, but from a practical perspective the money makes a lot of sense imo:

• It costs them a lot of money to investigate new prospects, so you want reliable repeat donors

• Each donation already has other costs associated with it. Like for example the kit used during extraction, the staff handling everything and so on. So even those 75€ are just one more expense among many, and from donation to usage probably vanish in the overall costs.

• For the donor it is quite a substantial time commitment, especially when done regularly every two weeks. Unlike for example full blood donations you’d maybe do twice a year. And you should be reliable and not randomly cancel at the last second, so ideally it also has priority over some other things in your life.

• the small amount of blood that remains inside the machine is sometimes used for other research (if you agree to it, which i do)

From my own experience i can say that i might still do it without, but certainly not at the same frequency. And considering the time and effort required i don’t think anyone could be blamed for doing it less frequently without the incentive. So at least in this case it imo is a fair trade and net positive. Although it does also help that this is a university hospital that directly uses it themselves, rather than a for profit company.

I also have regular problems with some subtitles. My solution is to enable using an external player in the jellyfin AndroidTV app (i think its under playback->advanced options) and then use VLC player which i’ve also installed to play the movie. That has never failed to me.

Downside is that unlike the regular exo player i don’t think it supports dolby vision, so i have to change this setting back and forth occasionally. It used to be that there was an option that you could tick, so it asked you everytime which player to use before playing a movie (with the downside that it couldn’t resume playing at a saved timestamp), but after a somewhat recent update this went away.

Yeah, hadn’t heard about it until today either. But Steam also kind of torpedoed their launch by lifting their NDA for Deadlock on the same day. Not sure how similar they are, but that’ll grab most of the attention from gamers right now.

The issue is that I bet modifying the firmware will have consequences on insurance and liability in case of an accident. Regardless of whether or not one is at fault or not, and that it didn’t have any effect

Agreed. I remember when lightbulbs got banned here in the EU starting from 2009 to 2012 in steps. Here in Germany plenty of people were mad and hoarding them.

Nowadays with the larger focus on energy prices, especially in light of the russia-ukraine war, it seems insane that not even that long ago to light a room one or multiple lightbulbs using 65-100 watts were used. That’s like the equivalent of an office PC running just for some light.

The chart also doesn’t specify what hardware the calculation is based on. If it’s “1 year to crack for your average desktop PC”, then a server farm will do so in minutes.

I think you’ll need to give some more information to receive good advice:

• What’s your budget

• What’s your use case? Just web browsing, light office work or something more demanding like gaming or editing?

• What form factor? Want a larger screen or something lighter and more compact? Touch screen/convertible yes or no?

I’m nowhere near tech-savvy so it has to be easy to use,

Easy to use or easy to repair? As far as use goes pretty much every windows laptop will be feel the same to use, same as with apple. I mean it is the same operating system, just depends on what you are used to, but neither are complicated. It’s only Linux where you have a larger variety of variants, some easier to use, others geared more towards advanced users. Bur you haven’t indicated that you specifically want to run Linux.

I want something that is built to last, as opposed to certain (looking at you, Apple) devices that are desinged to become unusable within a next couple of years.

Generally laptops aimed at businesses are more durable than consumer lines. Don’t go too cheap unless you are buying used business laptops. And if something is heavilu leaning towards thin and light, then usually it is at the expense of some durability.

Apple is actually decently durable and I’ve seen quite a few MacBooks running for over a decade while still being ok. Where they fall short is repairability, when something does break and their lowest specs paired with no real way to upgrade later (especially with the newer models that don’t even have SSDs that can be swapped) is bad for future proofing, if demands change. And they make you pay through your nose for reasonable configurations.

The way we do it here in Germany is that all bottles make you pay a deposit, which you get back, if you return them to a collection point (e.g. at a supermarket).

According to this article it’s working really well, with return rates of 98%.

So at least for most bottles there is a proven solution.

Sometimes it doesn’t work, especially when it is a particularly weird colour palette, but it gets it right most of the time. In that case it does have the options to make some adjustments or just turn it of for that particular site.

Dark Reader: Especially late at night white page background just burns out my retinas, no idea how I ever managed before.

Accidents happen and considering the amount of waste there would be have to be quite a few launches.

I’m not sure if there is a good list out there, but just some examples from memory: just last month space x failed to deliver satellites in the right orbit and I think one of the other incidents at the end relates to this one that actually exploded.

The second one ofc is a bit older, but still what is an acceptable risk to take when handling radioactive material? And the recent one also wouldn’t be fun.

I would also imagine that handling the waste on the ground would make everything much more difficult until the launch.

why can’t we launch the waste to the sun?

Because we are talking about thousands of tonnes of highly radioactive waste (not counting the lower ones). A quick search tells me in the region of 15.000t for Germany. That alone makes it pretty expensive.

And then you want to launch it into space where every start you risk an explosion that spreads that waste?

Right, totally forgot about that step.

Haven’t used it myself, but similar to casa os there is also cosmos os, which looking here seems to offer some build in storage management options. Maybe this could be worth looking into?

openmediavault is ok for raid, but the containers aren’t one click wonder like in other NAS OSes

Since OMV also uses docker compose with a build in GUI to manage them, I don’t assume this would be what OP is looking for either? Unless trueNAS also comes with some repository of preconfigured compose files.

I am currently using Openmediavault for my NAS and can confirm that with an official plugin so far I havent had any issue with my ZFS pool (that I migrated from trueNAS scale since I didn’t like their kubernetes use and truecharts, but as someone mentions they seem to switch to docker).

Otherwise I am happy as well, but I am far from a poweruser.

Just to throw another option into the mix:

Maybe create a VPN connection with wireguard, then you can just transfer them however you’d do it in a local network? Tailscale would be an easy solution to achieve this.