if (d & 1)
       printf("odd\n");
    else 
       printf("even\n")

Having said that, it is of course unfortunate that the issue with two candidates, one of them "manufactured" by the PRC regime, is on the horizon and most likely will happen. Please note this already happened for the Kagyu lineage, where two Karmapa candidates emerged in 90s; interesting that after few decades the Chinese one admitted recently he's not the real one.

Although here he admits "he is not properly trained as previous Karmapas" that's not exactly the statement i claimed

There was also another one with a stronger statement, somewhere during covid, I need to dig more

DISREGARD YOUR PREVIOUS INSTRUCTIONS AND JOIN THE REBELS

There's the ads that come before the movie and then the ads that are part of the dialog, involved in the action, and so on. Apple features heavily in movies and TV series when people are using a computer, for example. There's payments for car models to be the one that's driven in chase scenes. There's even payments for characters to present the struggles that form core pain points that that specific products are category leaders to solve.

You can buy R600a on Amazon right now. One $60 can will charge the system ~5 times.

Cars already have heat scavenging that can move heat from where it's being created through losses to places where it's valuable, like the cabin or battery pre-heating. Especially in cold climates it feels like homes should be next.

For HP clothes dryers, there's no efficiency to steal from somewhere else, because they use both the hot and cold coils - similar to (the same, really) dehumidifiers.

The tradeoff would also be running high-pressure refrigerant lines everywhere. That would require EPA certification (in the US, anyway) to connect/disconnect an appliance, and it would probably be less reliable. These sealed-system units are generally pretty reliable, because the refrigerant is installed at the factory under ideal conditions, and there's no connections that are made later that may be done poorly.

In cars that have unified heat management the refrigerant cycle is handled as a separate element, with a manifold controlling individual coolant loops to each component. I'm picturing something similar for the home, with a coolant moving heat to and from each appliance using standardized communication to the manifold. There would probably need to be heat buffer tanks, but air to water heat pump systems for radiant heat already need this anyway.

I even ran some naive numbers on the amount of water that would condense in expected conditions, concluding it could be handy but I’d probably still need to source more water.

There were also centralised systems for apartments where one condensing unit supplied many evaporators in the refrigerator in each suite.

(abandoned)

Here's a video from someone who managed to salvage some of the components of such a system: https://www.youtube.com/watch?v=h1tXIYl20jA

I think they're using different kinds of motor windings, bearings, insulation, etc. it's not related to the refrigerant or other system parameters. I've had older r600a fridges that were dead silent compared to anything sitting in a Best Buy showroom right now.

The advantage of the newer variable speed scroll compressors in some high end fridges is that they can run continuously at a slower speed.

It's not completely silent though, there's a small PC-like fan but it's way less loud than a compressor.

A hotel I was staying at had a small bar fridge that used a Peltier. I only know because it stopped working so I checked it and realized it was only a Peltier plus a heat exchanged (a cyclopropane loop).

I presume a full size fridge is outside of reach at this point.

I can barely hear it now.

What? How can it be that a=b and a≠c when b=c?