The LSST, designed to study the evolution of the universe, can capture most of the changes occurring in the sky as established in the quality of its images and by the huge area covered by it per second as well as negligible downtime of its camera.
(A) The LSST, designed to study the evolution of the universe, can capture most of the changes occurring in the sky as established in the quality of its images and by the huge area covered by it per second as well as
(B) Establishing that the LSST, which was designed to study the evolution of the universe, will capture most of the changes occurring in the sky are the quality of its images and the huge area covered by it per second, and also the
(C) That the LSST, designed to study the evolution of the universe, can capture most of the changes occurring in the sky is established by the quality of its images and the huge area covered by it per second, as well as by the
(D) The LSST, which has been designed to study the evolution of the universe, captures most of the changes occurring in the sky, as establishes the quality of its images and the huge area covered by it per second, as well as the
(E) The LSST, designed to study the evolution of the universe, probably will be able to capture most of the changes occurring in the sky, was established by the quality of its images, the huge area covered by it per second, and the