In this study,we investigate ModMax electrodynamics localized within the Randall-Sundrum Ⅱ and Dvali-Gabadadze-Porrati branes,deriving corresponding 3-brane spacetime solutions that conform to the effective Einstein ...In this study,we investigate ModMax electrodynamics localized within the Randall-Sundrum Ⅱ and Dvali-Gabadadze-Porrati branes,deriving corresponding 3-brane spacetime solutions that conform to the effective Einstein equations in each specific scenario.We construct solutions for charged black holes within the effective Einstein equation framework in both braneworld scenarios.The examination explores the trajectories of charged objects in this spacetime,underscoring the significance of the nonlinear parameter.Our analysis uncovers the fact that,similar to the prior ModMax black hole investigation,the nonlinear parameter plays a pivotal role in suppressing the effective charge of the black hole,due to its definite positive value.展开更多
被称为第三代测序技术的单分子测序是最近几年发展起来的高通量测序技术。其中,由Pacbio Bio Sciences公司开发的单分子实时测序技术(SMRT)是最先商用的技术。SMRT测序技术通过对模板序列循环测序产生环形一致序列(CCS),成功克服第三代...被称为第三代测序技术的单分子测序是最近几年发展起来的高通量测序技术。其中,由Pacbio Bio Sciences公司开发的单分子实时测序技术(SMRT)是最先商用的技术。SMRT测序技术通过对模板序列循环测序产生环形一致序列(CCS),成功克服第三代测序技术准确率低的弊病。通过SMRT测序技术,科学家可以更深入准确地探究复杂环境微生物的结构和功能。介绍SMRT测序技术在微生物16S rRNA基因测序中的优势和劣势,并就基于SMRT测序技术所得的全长16S rRNA基因序列的质量控制、错误序列排除、聚类和注释分析等重要分析环节进行概述,同时,提出利用SMRT测序技术研究复杂环境微生物可能存在的问题及其解决方法,期望能为研究人员提供参考。展开更多
文摘In this study,we investigate ModMax electrodynamics localized within the Randall-Sundrum Ⅱ and Dvali-Gabadadze-Porrati branes,deriving corresponding 3-brane spacetime solutions that conform to the effective Einstein equations in each specific scenario.We construct solutions for charged black holes within the effective Einstein equation framework in both braneworld scenarios.The examination explores the trajectories of charged objects in this spacetime,underscoring the significance of the nonlinear parameter.Our analysis uncovers the fact that,similar to the prior ModMax black hole investigation,the nonlinear parameter plays a pivotal role in suppressing the effective charge of the black hole,due to its definite positive value.
文摘被称为第三代测序技术的单分子测序是最近几年发展起来的高通量测序技术。其中,由Pacbio Bio Sciences公司开发的单分子实时测序技术(SMRT)是最先商用的技术。SMRT测序技术通过对模板序列循环测序产生环形一致序列(CCS),成功克服第三代测序技术准确率低的弊病。通过SMRT测序技术,科学家可以更深入准确地探究复杂环境微生物的结构和功能。介绍SMRT测序技术在微生物16S rRNA基因测序中的优势和劣势,并就基于SMRT测序技术所得的全长16S rRNA基因序列的质量控制、错误序列排除、聚类和注释分析等重要分析环节进行概述,同时,提出利用SMRT测序技术研究复杂环境微生物可能存在的问题及其解决方法,期望能为研究人员提供参考。
