Controlling the cosmic bodies of galaxies, and super clusters would be Dark matter manipulaiton, and controlling the expansion of the universe would be dark energy manipulation.
also be viewed as a question of the nature of clustering matter. Dark matter must be the basic building block of the largest structures in the universe: galaxies and clusters. Without dark matter, the universe would be a very different place, according to current theories.
And dark matter is not just for explaining the behavior of distant bodies in the cosmos, but is abundant within our galaxy as well. It is estimated that our solar system is passing through a fine sea of dark matter particles with a density as high as roughly 105 per cubic meter. We may hope to detect the flux of dark matter passing though the Earth, and even to detect the seasons of dark matter, corresponding to the times of year when the Earth is moving with, or against, the flow of dark matter orbiting the center of the Milky Way.
Dark energy, on the other hand, originates from our efforts to understand the observed accelerated expansion of the universe. In a nutshell, current theory cannot explain the acceleration. One speculative possibility is that the acceleration is a consequence of another new form of matter, nicknamed dark energy, which has hitherto gone undetected. It is called "dark" because it must necessarily be very weakly interacting with regular matter--much like dark matter--and it is referred to as energy because one of the few things we are certain of is that it contributes nearly 70 percent of the total energy of the universe. If we can figure out what it really is, it is certain we will find a more illuminating name.
One leading hypothesis is that the universe is filled by a uniform sea of quantum zero point energy, which exerts a negative pressure, like a tension, causing spacetime to gravitationally repel itself
How is dark energy affecting the universe today? It is responsible for the cosmic speeding
It is tempting to try to combine the explanations for dark matter and dark energy, but there are great differences between the two. Dark matter pulls and dark energy pushes. That is, dark matter is invoked to explain greater-than-expected gravitational attraction. In contrast, dark energy is invoked to explain weaker-than-expected, and in fact negative, gravitational attraction. Furthermore, the effects of dark matter are manifest on length scales roughly 10 megaparsecs and smaller, whereas dark energy appears only to be relevant on scales of roughly 1,000 megaparsecs or greater. "
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https://www.scientificamerican.com/article/what-are-dark-matter-and/
Controlling the cosmic bodies of galaxies, and super clusters would be Dark matter manipulaiton, and controlling the expansion of the universe would be dark energy manipulation
"Instead of pulling the galaxies in the universe together, gravity seems to be driving them apart. But how can gravity be repulsive, when our everyday experience shows that it's attractive? Einstein's theory of gravity in fact predicts that gravity can repel as well as attract, but only under very special circumstances.
Repulsive gravity requires a new form of energy, dubbed "dark energy," with very weird properties. Unlike ordinary matter, dark energy has negative pressure, and it's this negative pressure that makes gravity repulsive. (For ordinary matter, gravity is always attractive). "
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https://earthsky.org/space/what-is-dark-energy