What if the probes carry smaller probes left behind at specific intervals that act as repeaters?
These baby probes could unfold a larger spiderweb antenna the size of a tennis court.
These baby probes could unfold a larger spiderweb antenna the size of a tennis court.
Both parties perform weak measurements on their qubits to extract these subtle signals without collapsing the entanglement, preserving high coherence across the stream. A quantum Maxwell's demon (e.g. many experiments but can be done: https://pubmed.ncbi.nlm.nih.gov/30185956/) then adaptively selects the strongest perturbations from the wave, filters out noise, and feeds them into error correction to reliably decode and amplify the full message.
That's not how quantum physics works. You might be misunderstanding delayed-choice. If you do think it works this way, I encourage you to show a mathematical model: that'll make it easier to point out the flaw in your reasoning.
The paper you link does not demonstrate a Quantum Maxwell's Demon extracting information or energy.
>This proposal is speculative and assumes quantum mechanics is incomplete, incorporating elements from Bohmian mechanics (non-local hidden variables) and CSL (stochastic collapses).
LMAO, you don't get to change the rules to fit your needs. Come on man.
Stop thinking that chatting with LLMs is doing science. You literally just made up fake physics, and claimed that non-existent physics "implies" something.
On the plus side your big probe could push off of the small probe to give itself a further boost, also necessary because otherwise the small probes need thrusters to slow themselves to a stop.