> However other vendors that build upon AOSP, such as Samsung, can make their own decisions on this.
Pure AOSP devices are only some chinese knockoffs without play store. If your device needs play store/device integrity verification, there are lots are requirements by goog that needs to be met. Goog can add new requirement to disable installing unverified apps from adb.
> There is no proof of a lab leak and evidence leads to the wet market as the source
Because WHO worked with CPC to bury evidence and give clean chit to wuhan lab. There was some pressure building up then for international teams to visit wuhan lab and examine data transparently. But, with thorough ban of lab leak theory, WHO visited china and gave clean chit without even visiting wuhan lab or having access to lab records. The only place that could prove this definitively buried all records.
Combination of CPU% and loadavg would generally tell how system is doing. I had systems where loadavg is high, waiting on network/io, but little cpu%. Tracing high load is not always straightforward as cpu% though, you have to go through io%, net%, syscalls etc.
> Because I did. How come I can do what I want with my computer, but not my phone? Why are phones so inferior in this area?
Apple and Microsoft are constantly working on fixing the issue with their appstores and requiring app signing in more places. The way industry going is to lock down more of laptops, than allowing phones to be like computers.
Google has delayed releasing pixel 10 sources and unlocking bootloader for new phones is becoming increasingly rare. They may lock it down too going forward.
flatpak is supposed to address this. Running applications in sandbox. But, with almost all applications wanting access to your HOME, because of convenience, sandbox utility is quiet questionable in most cases.
> I don't quite understand how the airplane shape made it easier to model the loading and positioning? (Not saying you're wrong, just doesn't fit my intuition and I'm curious).
You can approximate space shuttle reentry to roughly a 2d surface entering atmosphere. Because of airplane shape, the tile side faces atmosphere and the plasma goes around plane edges. Where as starship being cylinder doesn't have any separation boundary and plasma roughly goes more than 180% of the cylinder.
IR reflectivity of stainless must help a good deal for the unshielded parts. I wonder if the internal surface is painted or finished in a way to help radiate the heat away internally.
Is there any active cooling of any of the skin that we know of?
They've been testing some active cooling tiles (believed to be responsible for the orange residue on the heat shield after reentry in this latest test), but otherwise the only "active cooling" of the skin would be due to the cryogenic propellants being in contact with the inner side of the skin.
I disable turbo boost in cpu on linux. Fans rarely start on the laptop and the system is generally cool. Even working on development and compilation I rarely need the extra perf. For my 10yr old laptop I cap max clock to 95% too to stop the fans from always starting. YMMV
This is a big reason. Apple tunes their devices to not push the extreme edges of the performance that is possible, so they don't fall off that cliff of inefficiency. Combined with a really great perf/watt, they can run them at "90%" and stay nice and cool and sipping power (relatively), while most Intel/AMD machines are allowed to push their parts to "110%" much more often, which might give them a leg up in raw performance (for some workloads), but runs into the gross inefficiencies of pushing the envelope so that marginal performance increase takes 2-3x more power.
If you manually go in and limit a modern Windows laptop's max performance to just under what the spec sheet indicates, it'll be fairly quiet and cool. In fact, most have a setting to do this, but it's rarely on by default because the manufacturers want to show off performance benchmarks. Of course, that's while also touting battery life that is not possible when in the mode that allows the best performance...
This doesn't cover other stupid battery life eaters like Modern Standy (it's still possible to disable it with registry tweaks! do it!), but if you don't need absolute max perf for renders or compiling or whatever, put your Windows or Linux laptop into "cool & quiet" mode and enjoy some decent extra battery.
It would also be really interesting to see what Apple Silicon could do under some Extreme OverClocking fun with sub-zero cooling or such. Would require a firmware & OS that allows more tuning and tweaking, so it's not going to happen anytime soon, but could actually be a nice brag for Apple it they did let it happen.
Generally I found updated example in one of the test files. Or I could understand how to use library by reading test files in the repo. For me it's the opposite problem, python documentation is too long in some cases and it's not intuitive to find what I want if it's not trivial, and had to use websearch or llm.
Python package documentation is abysmal. It tends to read like a novel and yet still only covers surface layer details with simplistic examples. It's next to impossible to just "get an overview" of what's available: just show me the modules, classes, functions, etc. Don't make me spend 30 minutes trying to find an explanation for that one function which just takes a kwargs, which ends up only being covered in thr footnote of some random page in the documentation on something otherwise completely unrelated.
Pure AOSP devices are only some chinese knockoffs without play store. If your device needs play store/device integrity verification, there are lots are requirements by goog that needs to be met. Goog can add new requirement to disable installing unverified apps from adb.