FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4387188518> ?p ?o ?g. }

• W4387188518 abstract "Quasielastic scattering processes have long been thought of as providing the most promising signal for a first experimental detection of quantum vacuum nonlinearity. A prominent example of such a process is vacuum birefringence. However, these signals are typically strongly background dominated. This problem can be circumvented by inelastic scattering processes. In this study, we investigate the inelastic process of laser photon merging or equivalently frequency up-shifting in the collision of just two laser pulses under a finite angle, which provides signal photons of a distinct frequency outside the frequency spectrum of the background. To be precise, we consider the merging of three low-energy laser photons into a single outgoing photon in the absence of any additional background field. This can equivalently be framed as a frequency up-shifting process. As a key result, for the example of two laser beams of the same oscillation frequency, we demonstrate that by using high-intensity optical lasers and choosing an optimal collision angle photon merging should become accessible in experiment with state-of-the-art technology. In this case, three frequency $ensuremath{omega}$ laser photons are merged to a single $3ensuremath{omega}$ photon." @default.
• W4387188518 created "2023-09-30" @default.
• W4387188518 creator A5041532899 @default.
• W4387188518 creator A5070854974 @default.
• W4387188518 date "2023-09-29" @default.
• W4387188518 modified "2023-10-05" @default.
• W4387188518 title "Two-beam laser photon merging" @default.
• W4387188518 cites W1481384656 @default.
• W4387188518 cites W1982239633 @default.
• W4387188518 cites W1986567528 @default.
• W4387188518 cites W1992958286 @default.
• W4387188518 cites W1998062090 @default.
• W4387188518 cites W2003842194 @default.
• W4387188518 cites W2003877564 @default.
• W4387188518 cites W2007509068 @default.
• W4387188518 cites W2016354504 @default.
• W4387188518 cites W2026907846 @default.
• W4387188518 cites W2027545595 @default.
• W4387188518 cites W2027887322 @default.
• W4387188518 cites W2031978705 @default.
• W4387188518 cites W2036557645 @default.
• W4387188518 cites W2039658117 @default.
• W4387188518 cites W2042256875 @default.
• W4387188518 cites W2043389897 @default.
• W4387188518 cites W2047483382 @default.
• W4387188518 cites W2051709910 @default.
• W4387188518 cites W2055759085 @default.
• W4387188518 cites W2058716340 @default.
• W4387188518 cites W2061343141 @default.
• W4387188518 cites W2063999720 @default.
• W4387188518 cites W2066270843 @default.
• W4387188518 cites W2066458860 @default.
• W4387188518 cites W2068415585 @default.
• W4387188518 cites W2068959108 @default.
• W4387188518 cites W2070869567 @default.
• W4387188518 cites W2082173123 @default.
• W4387188518 cites W2084711189 @default.
• W4387188518 cites W2085177124 @default.
• W4387188518 cites W2090316699 @default.
• W4387188518 cites W2118107324 @default.
• W4387188518 cites W2129530169 @default.
• W4387188518 cites W2291005435 @default.
• W4387188518 cites W2724701435 @default.
• W4387188518 cites W2764008747 @default.
• W4387188518 cites W2769111535 @default.
• W4387188518 cites W2773263958 @default.
• W4387188518 cites W2779740871 @default.
• W4387188518 cites W2800842268 @default.
• W4387188518 cites W2810466745 @default.
• W4387188518 cites W2851957131 @default.
• W4387188518 cites W2942648078 @default.
• W4387188518 cites W2963978992 @default.
• W4387188518 cites W2996885384 @default.
• W4387188518 cites W3101040229 @default.
• W4387188518 cites W3119203075 @default.
• W4387188518 cites W3124681212 @default.
• W4387188518 cites W3125544738 @default.
• W4387188518 cites W3154557319 @default.
• W4387188518 cites W3195344214 @default.
• W4387188518 cites W3199524805 @default.
• W4387188518 cites W3204511879 @default.
• W4387188518 doi "https://doi.org/10.1103/physrevd.108.056028" @default.
• W4387188518 hasPublicationYear "2023" @default.
• W4387188518 type Work @default.
• W4387188518 citedByCount "0" @default.
• W4387188518 crossrefType "journal-article" @default.
• W4387188518 hasAuthorship W4387188518A5041532899 @default.
• W4387188518 hasAuthorship W4387188518A5070854974 @default.
• W4387188518 hasConcept C120665830 @default.
• W4387188518 hasConcept C121332964 @default.
• W4387188518 hasConcept C142199849 @default.
• W4387188518 hasConcept C159317903 @default.
• W4387188518 hasConcept C184779094 @default.
• W4387188518 hasConcept C191486275 @default.
• W4387188518 hasConcept C520434653 @default.
• W4387188518 hasConceptScore W4387188518C120665830 @default.
• W4387188518 hasConceptScore W4387188518C121332964 @default.
• W4387188518 hasConceptScore W4387188518C142199849 @default.
• W4387188518 hasConceptScore W4387188518C159317903 @default.
• W4387188518 hasConceptScore W4387188518C184779094 @default.
• W4387188518 hasConceptScore W4387188518C191486275 @default.
• W4387188518 hasConceptScore W4387188518C520434653 @default.
• W4387188518 hasFunder F4320320879 @default.
• W4387188518 hasIssue "5" @default.
• W4387188518 hasLocation W43871885181 @default.
• W4387188518 hasOpenAccess W4387188518 @default.
• W4387188518 hasPrimaryLocation W43871885181 @default.
• W4387188518 hasRelatedWork W169020191 @default.
• W4387188518 hasRelatedWork W1974415524 @default.
• W4387188518 hasRelatedWork W1990267480 @default.
• W4387188518 hasRelatedWork W2021285678 @default.
• W4387188518 hasRelatedWork W2038902679 @default.
• W4387188518 hasRelatedWork W2079427110 @default.
• W4387188518 hasRelatedWork W2082356131 @default.
• W4387188518 hasRelatedWork W2090740766 @default.
• W4387188518 hasRelatedWork W2154889554 @default.
• W4387188518 hasRelatedWork W2314720482 @default.
• W4387188518 hasVolume "108" @default.
• W4387188518 isParatext "false" @default.
• W4387188518 isRetracted "false" @default.

• next