Dynamics of momentum entanglement in lowest-order QED

L. Lamata; J. León; E. Solano

Dynamics of momentum entanglement in lowest-order QED

L. Lamata, J. León, E. Solano

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19 Citas (Scopus)

Resumen

We study the dynamics of momentum entanglement generated in the lowest-order QED interaction between two massive spin- 1 2 charged particles, which grows in time as the two fermions exchange virtual photons. We observe that the degree of generated entanglement between interacting particles with initial well-defined momentum can be infinite. We explain this divergence in the context of entanglement theory for continuous variables, and show how to circumvent this apparent paradox. Finally, we discuss two different possibilities of transforming momentum into spin entanglement, through dynamical operations or through Lorentz boosts. © 2006 The American Physical Society.

Idioma original	Español
Publicación	Physical Review A: atomic, molecular, and optical physics
Volumen	73
Estado	Publicada - 1 ene. 2006
Publicado de forma externa	Sí

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abstract = "We study the dynamics of momentum entanglement generated in the lowest-order QED interaction between two massive spin- 1 2 charged particles, which grows in time as the two fermions exchange virtual photons. We observe that the degree of generated entanglement between interacting particles with initial well-defined momentum can be infinite. We explain this divergence in the context of entanglement theory for continuous variables, and show how to circumvent this apparent paradox. Finally, we discuss two different possibilities of transforming momentum into spin entanglement, through dynamical operations or through Lorentz boosts. {\textcopyright} 2006 The American Physical Society.",

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N2 - We study the dynamics of momentum entanglement generated in the lowest-order QED interaction between two massive spin- 1 2 charged particles, which grows in time as the two fermions exchange virtual photons. We observe that the degree of generated entanglement between interacting particles with initial well-defined momentum can be infinite. We explain this divergence in the context of entanglement theory for continuous variables, and show how to circumvent this apparent paradox. Finally, we discuss two different possibilities of transforming momentum into spin entanglement, through dynamical operations or through Lorentz boosts. © 2006 The American Physical Society.

AB - We study the dynamics of momentum entanglement generated in the lowest-order QED interaction between two massive spin- 1 2 charged particles, which grows in time as the two fermions exchange virtual photons. We observe that the degree of generated entanglement between interacting particles with initial well-defined momentum can be infinite. We explain this divergence in the context of entanglement theory for continuous variables, and show how to circumvent this apparent paradox. Finally, we discuss two different possibilities of transforming momentum into spin entanglement, through dynamical operations or through Lorentz boosts. © 2006 The American Physical Society.

M3 - Artículo

SN - 2469-9926

VL - 73

JO - Physical Review A: atomic, molecular, and optical physics

JF - Physical Review A: atomic, molecular, and optical physics

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