I’d like to second what Veraxus said. I have a steam deck and the ease of use factors are off the chart. At this point my gaming PC sits nearly entirely unused, I do everything on my steam deck, even playing Caves of Qud lol
Scientist, programmer, gen artist, entropist, 🇨🇦 | PhD biophys | he/they | Aprendiendo Español (🇲🇽)
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I’d like to second what Veraxus said. I have a steam deck and the ease of use factors are off the chart. At this point my gaming PC sits nearly entirely unused, I do everything on my steam deck, even playing Caves of Qud lol
Yeah artificial gravity I was thinking more along the lines of faking it via magnetism.
Albecuire drive I was just wrong about, you’re right it’s not a maybe it’s a nearly 100% no lol.
Sorry just excited.
Interesting I hadn’t seen that. Do you have a source I could check out? There’s six authors so it’d help figure out what you’re referring to
Afaik they did build it in real life, and the paper in fact is about the process for manufacturing it, not just about the properties or simulations.
People have replicated the simulations so far, but are still working on replicating the manufacturing process, as it has low yeild and some variability apparently
Maybe (or at least an albecuire drive)
Maybe
Probably not
Also some more “basic” things like cheap MRI without requiring helium (which we are running out of), cheap and easy magnetic levitation (more available high-speed trains)
My understanding (limited) is yes. If you want quantum secure cryptography you need to use specific algorithms designed for it.
American? Because this is not normal up here in Canada.