3 ms·
Could it be said that entanglement was originally near infinite, as it might now be in black holes? Perhaps now that things are spread out, time appears to move
by transitionnel 3y ago
Could it be said that entanglement was originally near infinite, as it might now be in black holes? Perhaps now that things are spread out, time appears to move faster because there is less stickiness of entangled particles depending on others in order to proceed, whereas mass entanglement acts like anti-time due to the need of so many webs of chains of entanglement to be notified back to the original particle so they can act in reverse order (as entanglement appears to work). Could a massive density of anti-time entanglement help explain event horizons more completely than gravitational effects alone?
Could the big bang-like event have been entanglement flipping like a magnetic pole and generating a diaspora where things began happening causally -- which is slowly re-condensing when things group densely with the help of gravity as it catches up?
I get the feeling that there is a lot more entanglement than we give credit to, with time-altering effects as complexity grows, maybe leading to brains with consciousness rather than classically predictable chemical networks, and...perhaps mild cell division-sourced innate entanglement? Look forward to finding out.
- pdonis 3y ago> Could the big bang-like event have been entanglement flipping like a magnetic pole No. Nothing like this appears in any of our scientific models of the Big Bang.