Speaker
Mr
Christoph Schöberl
(Universität Wien)
Description
This poster studies the entanglement of two and three spin 1/2 particles in (special) relativistic settings, in particular for inertial observers at rest relatively to the entangled particles and in a Lorentz-boosted frame.
Here spin and momentum degrees of freedom of the particles can be viewed as 4-qubit and 6-qubit states, respectively. These states are analysed in terms of their entanglement properties, i.e. how the entanglement is affected for a Lorentz-boosted observer. It turns out that there are partitions for which the entanglement is invariant, for others the opposite is true. Also the effect of Lorentz-boosts on Bell-inequalities is investigated.
Primary author
Mr
Christoph Schöberl
(Universität Wien)
