Thanks for this productive discourse, not ad hominem at all. You're welcome to criticize my views and I'm happy to learn. And I am doing my physics masters, so I think I am no complete idiot. But this is also not productive.
Edit: I'm focusing on cosmology, I'm not claiming to be a quantum computing expert. That was just my last state of knowledge and I'm always happy to learn.
I am a physicist and truly appreciate the effect of quantum computing on our simulations, but with "real world" I meant proper industrial use. And for that, there are hardly any algorithms known except Shor's. When the CEO of Deutsche Bank says he will do his bank transactions on a quantum computer, you know the topic is over-hyped.
Currently, there is basically only one real world application we really know: Factoring numbers into prime factors. And we can't know for sure whether there will be more even.
TOS: The Original Series
TNG: The Next Generation
DS9: Deep Space 9
VOY: Voyager
ENT: Enterprise
DIS: Discovery
PIC: Picard
LD: Lower Decks
SNW: Strange New World
In natural units, where c = ħ =1, both statements are equally true. But then, the whole premise is lost because in these units, E = m (for stationary bodies).
Thanks for this productive discourse, not ad hominem at all. You're welcome to criticize my views and I'm happy to learn. And I am doing my physics masters, so I think I am no complete idiot. But this is also not productive.
Edit: I'm focusing on cosmology, I'm not claiming to be a quantum computing expert. That was just my last state of knowledge and I'm always happy to learn.