Row 4578

Row ID: 4578 | Dataset Entry | Axioma AXP Content Repository

Content Data

This page contains data entry 4578 from the Axioma AXP content repository. The structured data below represents the complete record for this entry.

Particles p1 nad p2 are entangled and p1 is in motion close to speed of light, gamma factor =7 suppose p1 is measured after 14 sec in p2's refrence frame only 2 s pass for p1 in p1's refrence frame so p2 will collapse in 2 sec in p2's refrence frame or 14 sec in p2's refrence frame? If the correct answer is 14 sec in 2p's refrence frame how conservation of angular momentum is still conserved. If it would be 2 sec in 2p's frame than the angular momentum is conserved but 2p will collapse before measuring 1p in 2p's frame

FieldValue
text Particles p1 nad p2 are entangled and p1 is in motion close to speed of light, gamma factor =7 suppose p1 is measured after 14 sec in p2's refrence frame only 2 s pass for p1 in p1's refrence frame so p2 will collapse in 2 sec in p2's refrence frame or 14 sec in p2's refrence frame? If the correct answer is 14 sec in 2p's refrence frame how conservation of angular momentum is still conserved. If it would be 2 sec in 2p's frame than the angular momentum is conserved but 2p will collapse before m…
label r/quantumcomputing
dataType post
communityName r/QuantumComputing
datetime 2024-04-17
username_encoded Z0FBQUFBQm5LakwxUzVHUkl0VXpXOW9HVUFIVi1OLXVXd2ttWFJpVF9PNHRvY3FsSVlsd1ZySVNMQ3hnY2lVYmNpdm14Ym5ocU5LeXRob2M0ZlBVWGhiWTFYUUdfTkkyT1E9PQ==
url_encoded Z0FBQUFBQm5Lak9GREc1cnhqRzZKb0xSc1hVeWJ0TVJ6N1doQzRYUmJWREQxejNCYUp1eEcyUklndXlSaVVlZVFLdU10X0hzd3JsWTQ3eTdILVA5WjlPS2NYQnZ2T3FidnhOcThIeUJOTTYxSm42WG4tMDE5RWZUN0RqRVpsdGFLS0JxdnZ3UjFvQXBMMWRFTDkzVWtVRk5DRlhwdTdiSV9fZ0F6TXJ6bHFzc0lBY1BsbUZXd0JmV1V6V0RfMzNGNmkyd3VHTHk2WjJC

Raw Record

{
  "text": "Particles p1 nad p2 are entangled and p1 is in motion close to speed of light, gamma factor =7 suppose p1 is measured after 14 sec in p2's refrence frame only 2 s pass for p1 in p1's  refrence frame so p2 will collapse in 2 sec in p2's refrence frame or 14 sec in p2's refrence frame? If the correct answer is 14 sec in 2p's refrence frame how conservation of angular momentum is still conserved. If it would be 2 sec in 2p's frame than the angular momentum is conserved but 2p will collapse before measuring 1p in 2p's frame",
  "label": "r/quantumcomputing",
  "dataType": "post",
  "communityName": "r/QuantumComputing",
  "datetime": "2024-04-17",
  "username_encoded": "Z0FBQUFBQm5LakwxUzVHUkl0VXpXOW9HVUFIVi1OLXVXd2ttWFJpVF9PNHRvY3FsSVlsd1ZySVNMQ3hnY2lVYmNpdm14Ym5ocU5LeXRob2M0ZlBVWGhiWTFYUUdfTkkyT1E9PQ==",
  "url_encoded": "Z0FBQUFBQm5Lak9GREc1cnhqRzZKb0xSc1hVeWJ0TVJ6N1doQzRYUmJWREQxejNCYUp1eEcyUklndXlSaVVlZVFLdU10X0hzd3JsWTQ3eTdILVA5WjlPS2NYQnZ2T3FidnhOcThIeUJOTTYxSm42WG4tMDE5RWZUN0RqRVpsdGFLS0JxdnZ3UjFvQXBMMWRFTDkzVWtVRk5DRlhwdTdiSV9fZ0F6TXJ6bHFzc0lBY1BsbUZXd0JmV1V6V0RfMzNGNmkyd3VHTHk2WjJC"
}
Explore Dataset Explore Row

Entry Information