John G. Cramer

Hugh Everett

David Bohm

Erwin Schrödinger

Quantum events are transactions between particles.

Quantum events are objective properties of particles.

Quantum events are caused by hidden variables.

Quantum events are random and unpredictable.

An exchange of energy and momentum between particles.

A transfer of information between particles.

A change in the state of a particle.

A collapse of the wave function.

It describes the state of a particle.

It describes the transaction between particles.

It is a mathematical tool used to calculate probabilities.

It is a physical field that mediates interactions between particles.

Particles are both waves and particles.

Particles are neither waves nor particles.

Particles are waves in some situations and particles in others.

Particles are always waves, but they appear to be particles because of our limited perception.

Nonlocality

Retrocausality

Free will

All of the above

It is not falsifiable.

It is too complex.

It is not compatible with special relativity.

All of the above

Yes

No

It is a minority view.

It is still being debated.

How to reconcile it with special relativity.

How to make it falsifiable.

How to apply it to quantum field theory.

All of the above

It will become the dominant interpretation of quantum mechanics.

It will remain a minority view.

It will be replaced by a new interpretation.

It is impossible to say.