Yeah, that’s why the quantum world is so appealing yeah? Seemingly breaks laws of physics that it shouldn’t. My only guess for communication exceeding light speed would be somehow using quantum entanglement, but that would be thousands and thousands of years in the future I think lol.
Unfortunately, that’s not how that works. Quantum mechanics doesn’t break the laws of physics, is was simply that previous observations were not precise enough to observe quantum effects and the models we used before were incorrect because of that. As for quantum entanglement, see this for a better explanation than I can give.
Basically the takeaway is that messages can’t be passed through entanglement faster than light because it requires knowledge known by the sender to actually decode the sent message.
You say that, but some journalist said we were one million years away from flight and then something like a week later the Wright brothers conducted their first flight.
While we may not be quite that close, it may not be as far away as you think.
While I’d love this to happen, it’s a very different proposition. We knew heavier than air flight was possible, birds had been doing it for millions of years prior to the Wright brothers. Even humans had demonstrated flight before, the Montgolfier brothers had demonstrated flight more than 150 years before the Wrights.
The issue is we know of nothing that can transmit faster than the speed of light, we have no model to work from.
Yeah, that’s why the quantum world is so appealing yeah? Seemingly breaks laws of physics that it shouldn’t. My only guess for communication exceeding light speed would be somehow using quantum entanglement, but that would be thousands and thousands of years in the future I think lol.
Quantum entanglement was my first thought. They’ve already tested it and it holds when one is the entangled particles is up in space.
Unfortunately, that’s not how that works. Quantum mechanics doesn’t break the laws of physics, is was simply that previous observations were not precise enough to observe quantum effects and the models we used before were incorrect because of that. As for quantum entanglement, see this for a better explanation than I can give.
Basically the takeaway is that messages can’t be passed through entanglement faster than light because it requires knowledge known by the sender to actually decode the sent message.
You say that, but some journalist said we were one million years away from flight and then something like a week later the Wright brothers conducted their first flight.
While we may not be quite that close, it may not be as far away as you think.
While I’d love this to happen, it’s a very different proposition. We knew heavier than air flight was possible, birds had been doing it for millions of years prior to the Wright brothers. Even humans had demonstrated flight before, the Montgolfier brothers had demonstrated flight more than 150 years before the Wrights.
The issue is we know of nothing that can transmit faster than the speed of light, we have no model to work from.