For decades, the existence of Dark Matter has been essential to our view of the cosmos. Without it (and its close-relation dark energy) our universe would be missing some 84.5% of its mass and scientists would be hard pressed to explain what accounts for the gravitational effects they routinely see at work in the cosmos. […]
For decades, the existence of Dark Matter has been essential to our view of the cosmos. Without it (and its close-relation dark energy) our universe would be missing some 84.5% of its mass and scientists would be hard pressed to explain what accounts for the gravitational effects they routinely see at work in the cosmos. […]
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