Pedant version: [eat || (drink water)]

They both ate a significant amount of honey?

Older? Poor kid might forget to eat or drink water if you get him hooked on Factorio

No, it’s just a drawing.

Well if you remember from school, energy is defined as the capacity to do work. And if the rising steam does the work of turning a turbine, it’ll have a lot less kinetic energy left afterwards and won’t rise nearly as far.

I’m talking about pumped hydro power. It’s all the excitement of using water to turn turbines(as it’s released to gravity), but none of the boiling.

Hey now, we could also use this technology breakthrough to move water from a low elevation to a higher one.

Ah yeah I bet you’re right. I’m probably conflating the more serious articles I’ve read with aspirational (near-future sci-fi) material. Yes, quantum encryption should be much more practical and achievable.

its not useful for communication if you need to know that the other placed tried to communicate before measuring.

But I don’t think you do. The classic slower-than-light communication here is just to verify the results. Once this system is operational, then by measuring the remote particles, you know exactly what information was sent.

This of course assumes very good transmission fidelity (or error correction), and that the local sending side has some way to control the state their particle wavefunctions collapse into (otherwise they’re just sending random noise).

Is the GPU in this chipset not also ARM architecture? Genuine question, I’m more of a desktop PC guy and don’t usually follow mobile platforms.

They observe/measure the local particle first (LA) which causes the entangled system to collapse into definite states. Then they measure the remote particle (RA) afterward to confirm that it matches the expectation.

They know the “when” that the wavefunction collapse occurs for RA – it’s the moment they chose to observe LA. The “magic” of entanglement is that it’s not bound by the speed of light and effectively instantaneous.

I’m no expert but I think this is how it works. We’ll call the particle pairs A, B, C, etc.

So when the researchers measure Local particle A (LA for short), the nature of entanglement means that Remote particle A (RA) must collapse into a specific known state. So they measure RA after that happens. The same is true for pairs LB and RB, LC and RC, and so on. Then they check statistically if the remote particles are all in the predicted states (should be 100% if this works flawlessly).

With enough repetition they can have very high confidence in the results. Of course those results must be communicated over traditional (non-entangled) channels that we already trust for reliability.

edit: typo

Das ist ziemlich… shreklich.

Maybe… Nation Modernization

But if you call it that, you’ll have to build out some scenarios for the player (either like stages or selectable by difficulty) where they have to solve the problems with your prebuilt nations. Of course you could keep a sandbox/start-from-scratch mode too.

Ok serious comment: That’s a damn good review. And a surprisingly good quality device that’s a little ahead of its time.

I’m impressed that you reached out to devs, contrasted with other handhelds, and tried so many different games. That’s almost everything I’d want to know.

What kind of battery life does it get with various games? Sorry if I missed that. I expect ARM is a lot less power hungry than x86.

Anyway, you can either follow the link to my full review

I tried clicking on Link, but he just took me to a bigger picture of Link

No, I mean there was specifically a Black Friday deal that IIRC was even better than the more common discounts. I’m kicking myself for missing it, heh

I might’ve only been for Mail though and not the VPN.

There was another deal for existing customers. OP probably just missed it.

Agreed, but that also makes it extra bothersome that the character is sitting at the back side of the desk.

Same! A Humble Bundle with 3+ games that mildly interest me was another, but they’ve been getting lamer and lamer.