Atom-Photon Entanglement - Experimental Quantum Physics
... ”Those who are not shocked when they first come across quantum mechanics cannot possibly have understood it.”, is a statement of Niels Bohr and expresses the attitude of many physicists in the early days of quantum mechanics towards the then new theory. Especially non-separable two- (or many-) parti ...
... ”Those who are not shocked when they first come across quantum mechanics cannot possibly have understood it.”, is a statement of Niels Bohr and expresses the attitude of many physicists in the early days of quantum mechanics towards the then new theory. Especially non-separable two- (or many-) parti ...
... Lemma 2.6. SD implication thus defined in the SD quotient set B/∼ρ is a partial order relation, that is, it has the properties of reflexivity, transitivity, and antisymmetry. Proof. Reflexivity. If EB is an arbitrary SD equivalence class in B, and E is its arbitrary element, one has E≤ρ E and E≥ρ ...
EGAS41
... Vibrational exiting in collision electrons and atoms with molecules S. Pozdneev CP 77, p137 Evimov states and ultra cold collisions helium atoms with helium molecules S. Pozdneev CP 78, p138 Collision of slow electron by hydrogen halide molecules in few-body approximation S. Pozdneev CP 79, p139 Few ...
... Vibrational exiting in collision electrons and atoms with molecules S. Pozdneev CP 77, p137 Evimov states and ultra cold collisions helium atoms with helium molecules S. Pozdneev CP 78, p138 Collision of slow electron by hydrogen halide molecules in few-body approximation S. Pozdneev CP 79, p139 Few ...
A quantum gas with tunable interactions in an optical lattice
... contrast to previous experiments with optical lattices, our use of Cs atoms offers very precise control over the interparticle interactions and therefore further control over the system parameters than previously possible. This addition of a new experimental “knob” to turn allows us to investigate t ...
... contrast to previous experiments with optical lattices, our use of Cs atoms offers very precise control over the interparticle interactions and therefore further control over the system parameters than previously possible. This addition of a new experimental “knob” to turn allows us to investigate t ...
Search for anomalous production of prompt same-sign
... 8 Results and interpretation 8.1 Signal region 8.2 Fiducial cross-section limits 8.3 Cross-section and mass limits for pair-produced doubly charged Higgs bosons ...
... 8 Results and interpretation 8.1 Signal region 8.2 Fiducial cross-section limits 8.3 Cross-section and mass limits for pair-produced doubly charged Higgs bosons ...
Single photons from single ions: quantum interference and distant ion interaction Dissertation
... to realize or store a bit of information with the consequence that today’s industry of information technology starts to enter a new regime where quantum effects play a more and more pronounced role [3]. With this trend, it began the inclusion of a new type of physics for computation and information ...
... to realize or store a bit of information with the consequence that today’s industry of information technology starts to enter a new regime where quantum effects play a more and more pronounced role [3]. With this trend, it began the inclusion of a new type of physics for computation and information ...
Multiferroicity: the coupling between magnetic and
... for example, reading the spin states, and writing the polarization states to reverse the spin states by electric field, to overcome the high writing energy in MRAMs. Considering that little attention has been paid to multiferroicity until recently, it now offers us the opportunity to explore some im ...
... for example, reading the spin states, and writing the polarization states to reverse the spin states by electric field, to overcome the high writing energy in MRAMs. Considering that little attention has been paid to multiferroicity until recently, it now offers us the opportunity to explore some im ...
