Kit Box Experiment

Heisenberg Kit placed a Kit into one of two identically prepared boxes, Box A and Box B. Neither the kit nor the researcher knew which box the Kit was in. The kit was then asked to decide which box it was placed in. At the moment of decision, the kit ends up in the correctly identified box, even without prior knowledge, 100% of the time. Before the kit decided however, it can be said that the kit is in a superposition of being in Box A and Box B.

Interpretations
The main interpretation endorsed by Heisenberg Kit is that the two boxes are entangled, since both boxes have a 50% chance of containing the Kit. Even if the boxes have been moved light years apart, the Kit still exists in only one box. This result opens up the possibility of quantum teleportation, where two identical boxes can be sent to different parts of space, and as long as the contents inside are not disturbed, they exist in a superposition of being in both boxes at once.

A less common interpretation is that both outcomes are realized when the Kit state or particle state is determined. In this many worlds interpretation, a collection of multiverses exist to represent each of the many possible particle states.

Research in quantum teleportation at the Institute of Physics is possible due to the effects of entanglement. Heisenberg Kit was awarded the Elon Physics Prize for this experiment and is currently researching ways to improve this technique for large scale faster than light travel.