Jupiter as a Dark Matter Detector
Although dark matter makes up over 80% of the total matter content of the Universe, we have yet to detect it. Today’s author’s bring a new approach to the search effort that uses Jupiter as a dark matter detector.
Although dark matter makes up over 80% of the total matter content of the Universe, we have yet to detect it. Today’s author’s bring a new approach to the search effort that uses Jupiter as a dark matter detector.
MOND and Dark Matter are both proposed theories to explain the flat rotation curves of galaxies…can we use simulations to tell us more about which might be the better theory?
The origin of dim supernovae known as Ca-rich transients is still not well-understood. Could it be that these rare events are set off by an encounter between a white dwarf and a primordial black hole?
What might the orbit of a primordial black hole going in and out of a Sun-like star look like?
Check out the fresh BREAD results! Researchers show that the innovative design of the Broadband Experiment for Axion Detection could pave a promising path forward in the search for dark matter.
In this Astrobite, the authors study the effects of dark matter on merging black hole binaries. As the black holes move through dark matter, they form wakes that slow them down, could this affect the gravitational waves released?