Entanglement. Almost like when you play an open string on a guitar across a room, another guitar's string will vibrate on the same open string. In this case, the virtual -base strings- (going QUITE a few steps smaller than just virtual particle-antiparticle pairs) of the vacuum / dark matter / Dirac sea have VERY spooky characteristics! I think I read somewhere that entanglement could -possibly- act even across the whole universe instantaneously, not bound by C, in theory.
Kind of sad when rats have better morals than a lot of people. Back to the discussion about breaking lightspeed at Princeton, I think to truly determine if they broke C, they should place a supercooled near-zero kelvin sodium sloud in the MIDDLE of the cesium path. A supercooled sodium cloud was used by Dr. Lene Hau to slow light down to less than 10 mph. If they really broke C, the light should get trapped in the cloud. If not, they'll "entangle-transport" to the end of the path, unaffectedly.
Very nice discussion here. About the entangled diamonds, do you think the non-zapped diamond would still vibrate even if it was across the whole room / at least 30 feet away? What do you think about Princeton University researchers sending light through a path of cesium atoms at a percieved speed of 310 times faster than lightspeed / "C"? Did they REALLY break "C"?? Or, are the cesium atoms at the front of the path entangled with the atoms at the end of the path somehow? Rats = AWESOME.
Here's to Humanunity.
TimecapsuleforBabyS 1 month ago in playlist Uploaded videos
Entanglement. Almost like when you play an open string on a guitar across a room, another guitar's string will vibrate on the same open string. In this case, the virtual -base strings- (going QUITE a few steps smaller than just virtual particle-antiparticle pairs) of the vacuum / dark matter / Dirac sea have VERY spooky characteristics! I think I read somewhere that entanglement could -possibly- act even across the whole universe instantaneously, not bound by C, in theory.
QuadniverousBeast 2 months ago
Kind of sad when rats have better morals than a lot of people. Back to the discussion about breaking lightspeed at Princeton, I think to truly determine if they broke C, they should place a supercooled near-zero kelvin sodium sloud in the MIDDLE of the cesium path. A supercooled sodium cloud was used by Dr. Lene Hau to slow light down to less than 10 mph. If they really broke C, the light should get trapped in the cloud. If not, they'll "entangle-transport" to the end of the path, unaffectedly.
QuadniverousBeast 2 months ago
Very nice discussion here. About the entangled diamonds, do you think the non-zapped diamond would still vibrate even if it was across the whole room / at least 30 feet away? What do you think about Princeton University researchers sending light through a path of cesium atoms at a percieved speed of 310 times faster than lightspeed / "C"? Did they REALLY break "C"?? Or, are the cesium atoms at the front of the path entangled with the atoms at the end of the path somehow? Rats = AWESOME.
QuadniverousBeast 2 months ago