For most of us, what we know of the marvels of space lies in what we can see, with or without optical telescopes. However, the majority of the Universe’s secrets are hidden from view, buried within the furthest reaches of light’s spectrum and other electromagnetic radiation. For astronomers, using telescopes to observe such extreme forms of radiation allows them to get a far more detailed view of the Universe. In the near future, that view will come to life, courtesy of a complex array of instruments currently being built by Russia in collaboration with Spain, Germany, and Japan. Once completed, the Spektr-UF, also known as the World Space Observatory–Ultraviolet (WSO-UV), will scan the Universe’s ultraviolet (UV) wavelength signals to see what it can find. Astronomers can hardly wait.
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Abstract: SKA Africa employs systems engineers. So what do they do?...
Carl Sagan was probably the world's greatest systems thinker. Over the course of 13 episodes of his seminal 1980s TV series Cosmos: A Personal Voyage he managed to weave a thread through the billions of galaxies, the billions of neurons in the human brain, and everything in between, and in the process make us wonder about our purpose in the universe. If he were alive today he'd see those connections taking shape at SKA Africa in the minds and work of the systems engineers.
According to SKA Research Professor at the University of the Western Cape (UWC) and Chairman of the SKA Cosmology Working Group, Roy Maartens, researchers at SKA Africa have "devised a means of using the world's largest telescope in new ways that will help shape the future of cosmology". That