It doesn’t taste the same. The lactase breaks the less sweet lactose into glucose and galactose, which are about twice as sweet as lactose (all are less sweet than table sugar.)

Also lactose free milk is typically ultra pasteurized, which gives it the longer shelf life, but ultra pasteurization does impact taste. It gives it a “cooked” flavor.

I’ve found lasers to work better for infrequent printing because toner doesn’t dry out and clog things like ink does. Does the Ecotank have that issue if it’s months between prints?

I thought bottle caps were steel.

Tizen has privacy issues and suggests content on its home screen.

I have my S90D Wi-Fi turned off. Suggested content is still there from when it was previously on the network. Also certain features require an Internet connection, but I don’t miss those features with my Apple TV.

If you use the profiler and see that the slower operation is being used frequently, and is taking up a chunk of time deemed significant, why not swap it to the faster version?

In a simulation I’m working on that goes through 42 million rounds I spent some time profiling and going through the code that was eating up a lot of time (especially things executed all 42 million times) and trying to find some optimizations. Brought the run time down from about 10 minutes to 5 minutes.

I certainly wasn’t going to start over in C++ or Rust, and if I’d started with either of those languages I would have missed out on a lot of really strong Python libraries and probably spent more time coding rather than refining the simulation.

Cellulose isn’t plastic though, it’s the sugar that makes up plant cell walls, like wood. Cotton fibers are 90% cellulose https://en.wikipedia.org/wiki/Cellulose

I’m confused why they included cellulose without clarifying that it’s not a petrochemical, unless cellulose micro and nano particles are also an issue now. Maybe I should read the original study…

I was thinking that, too, but prior to the Sun becoming a white dwarf, the Sun is predicted to expand and swallow Earth (and Venus and Mercury), so the Sun’s mass will increase. Assuming the Sun’s expansion lasts long enough to result in those planets being vaporized I would think that additional mass would go back in when the Sun contracts into a white dwarf.

Additionally this will mess up the orbital mass of the solar system so I could see how more asteroids (maybe even a planet?) could get dislodged from its orbit and eventually get swallowed by a dense white dwarf.

But yeah, if the sun just instantly went to a white dwarf from its current state then orbits would probably stay pretty similar. It’s the process in between that could cause some chaos.

Weather forecasting is actually really important for military operations. Consider weather advisories for aircraft, for example. Or planning an offensive on a clear day.

That said I don’t know if this place was doing climate science or weather forecasting (or both).