3 ms·
AFAIK the largest molecule to show quantum behavior in experiments is somewhere at 100 atoms. I suppose that's all "environment" you need for a large number of
by GoblinSlayer 4y ago
AFAIK the largest molecule to show quantum behavior in experiments is somewhere at 100 atoms. I suppose that's all "environment" you need for a large number of degrees of freedom.
And yes, spread of entanglement does mean splitting. Entangled state is not factorizable, because all states in it are split. This splitting is the result of splitting of the initial state.
- pdonis 4y ago> I suppose that's all "environment" you need for a large number of degrees of freedom. No. The 100 atoms is the largest molecule that we can do experiments on without having decoherence happen and ruining our attempts to observe interference. The number of degrees of freedom in the environment is many orders of magnitude larger, something like 10^30 or more for a typical experiment.