A new quantum interpretation - Hurrah

An appealing idea is being worked on that may make for a whole new understanding of what is going on with quantum phenomena:

Theorists have tried to explain quantum behaviour through various mathematical frameworks. One of the older interpretations envisages the classical world as stemming from the existence of many simultaneous quantum ones. But that ‘many worlds’ approach, pioneered by the US theorist Hugh Everett III in the 1950s, relies on the worlds branching out independently from one another, and not interacting at all (see 'Many worlds: See me here, see me there').

By contrast, Wiseman’s team envisages many worlds bumping into one another, calling it the 'many interacting worlds' approach. On its own, each world is ruled by classical Newtonian physics. But together, the interacting motion of these worlds gives rise to phenomena that physicists typically ascribe to the quantum world.

Read more explanation via Howard Wiseman himself at The Conversation.

But the weirdest idea is that a dramatic breakthrough in understanding the universe could come via Griffith University.  [Heh].