Repositório USPhttp://10.100.206.202:8080/handle/item/2002026-08-30T15:46:12Z2026-08-30T15:46:12ZDados MTTSipert, CarlaNogueira, Joãohttp://10.100.206.202:8080/handle/item/8732026-08-19T10:20:50Z2026-08-19T07:20:49ZDados MTT
Sipert, Carla; Nogueira, João
Planilha dados MTT
2026-08-19T07:20:49ZEnsaios de CitotoxicidadeSipert, Carlahttp://10.100.206.202:8080/handle/item/8722026-08-19T10:20:35Z2026-08-19T07:20:33ZEnsaios de Citotoxicidade
Sipert, Carla
Ensaios de viabilidade celular
2026-08-19T07:20:33ZComparison of rapid direct in vitro antimicrobial susceptibility testing and agar disk diffusion for bovine mastitis pathogensLuís Nery Garcia, BrenoVeiga dos Santos, Marcoshttp://10.100.206.202:8080/handle/item/8712026-08-03T10:26:06Z2026-08-03T07:26:02ZComparison of rapid direct in vitro antimicrobial susceptibility testing and agar disk diffusion for bovine mastitis pathogens
Luís Nery Garcia, Breno; Veiga dos Santos, Marcos
Contém dados referente aos testes de suscetibilidade aos antimicrobianos de Staphylococcus aureus, Staphylococcus chromogenes, Streptococcus uberis, Escherichia coli e Klebsiella spp. isolados de mastite bovina.
2026-08-03T07:26:02ZUncovering hidden entanglement in twin beamsRincón Celis, Raul LeonardoMartinelli, Marcelohttp://10.100.206.202:8080/handle/item/8702026-08-03T10:25:29Z2026-08-03T07:25:29ZUncovering hidden entanglement in twin beams
Rincón Celis, Raul Leonardo; Martinelli, Marcelo
Data regarding the proper characterization of quantum correlations in multimode optical quantum states. This is critical for applications in quantum information science. However, standard entanglement measurements can lead to incomplete state reconstruction and characterization. Here, we implement a resonator-based detection system that reveals entanglement between sideband modes of twin beams, achieving full tomography and retrieving often ignored quantum correlations. Unlike standard spectral measurements such as homodyne detection, resonator detection can independently address the sidebands of each beam, thereby accessing these hidden correlations. Additionally, we show how phase shifts between the carrier and the sideband modes of the involved fields redistribute information and modify the observation of entanglement for different witnesses. The ability of the resonant detection to independently address sideband modes of entangled states can contribute to enhancing the capacity for secure communication and quantum networking protocols.
2026-08-03T07:25:29Z