Quantum entanglement proposes that particles which are arbitrarily far apart are influencing each other. This contradicts the general notion held in relativity theory about cause and effect, because infact it states that phenomena which should cause an event from one point of view, is infact happening after the event from another point of view. Apparently this is an issue of open and heated debate. Quantum entanglement is already a super complex subject of quantum mechanics, but it gets even more interesting when you cross the issue of entanglement swapping.
“In entanglement swapping, one particle of an entangled pair becomes entangled with a third particle, which itself becomes entangled with the other particle in the first pair, even though the two never interact”. The super cool thing about this is that scientists are developing systems where entangled photons, which instantaneously correlate with one another, travel over distance to transport information. This is called quantum teleportation. But in this is only working over a few hundred miles until there is signal loss :( And this is where entanglement swapping hits the scene: repeaters are placed along the quantum channel and there photons which come from different pairs swap information to transmit it along much longer distances.
This is amazing in itself, but gets even more amazing when you realise that they are swapping information to create a communication path but they are photons which never actually interact with each other.
The reason this is interesting to me is not because I suddenly developed an understanding of science (I am still the same old vindalooic dilettante), but because physicists seem to be discovering ways in which, without direct interaction, photons are creating efficient and resilient transmission channels.
I wonder how this could be replicated in organisational structures to facilitate process and collaboration agility. If anyone has read or seen anything in management literature to this effect, I would be glad to hear about it.
Photo: entangled photons