Can Two Microscopic [Or Quantum] Particles Be Entangled Even When

question 12

Multiple Choice

Can two microscopic [or quantum] particles be entangled even when they are exerting no forces on each other?

• A) Yes, they could be entangled but so far apart as to exert no significant forces on each other.
• B) Yes, because they can still communicate with each other by means of electromagnetic radiation.
• C) No, because entanglement occurs only by means of the electromagnetic force and the other fundamental forces.
• D) No, because in order for a particle to be trapped in the field of another particle, it must feel the second particle's force field.
• E) No, because the psi field is actually a force field.

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Definitions:

Phylogeny

The evolutionary history and lineage of species or a particular group of organisms.

Deuterostome

A classification of animals defined by their developmental characteristics, where the anus forms before the mouth during embryonic development.

Echinoderms

Echinoderms are a group of marine invertebrates that include sea stars, sea urchins, and sand dollars, characterized by radial symmetry and a unique water vascular system.

Pseudocoelom

A fluid-filled body cavity lying between the intestines and outer body wall that is only partially lined with mesoderm in some invertebrates.