Not exact matches
Given that the large - scale structure of the universe is dominated
by the presence of still mysterious
Dark Matter, and that on the smallest scales empty space sustains quantum oscillations whose energy density dwarfs that of all known forms of matter, we should hesitate to imply that the physical and spiritual realms can not be even partially consubsta
Matter, and that on the smallest scales empty space sustains quantum oscillations whose energy density
dwarfs that of all known forms of
matter, we should hesitate to imply that the physical and spiritual realms can not be even partially consubsta
matter, we should hesitate to imply that the physical and spiritual realms can not be even partially consubstantial.
Two rivers of stars — and possibly
dark matter — are all that remain of the low - mass
dwarf after it was unraveled
by the gravity of the much larger spiral, NGC 5907.
Dwarf satellite galaxies, therefore, are considered key to understanding
dark matter and the process
by which larger galaxies form.
One of the biggest mysteries of
dwarf galaxies has to do with
dark matter, which is why scientists are so fascinated
by them.
By multiplying the density of the newfound cool dwarfs by the volume of the galactic halo, Oppenheimer's team estimates that white dwarfs make up, by the most conservative estimate, at least 3 % of the total galactic dark matter, they report online in Science on 23 Marc
By multiplying the density of the newfound cool
dwarfs by the volume of the galactic halo, Oppenheimer's team estimates that white dwarfs make up, by the most conservative estimate, at least 3 % of the total galactic dark matter, they report online in Science on 23 Marc
by the volume of the galactic halo, Oppenheimer's team estimates that white
dwarfs make up,
by the most conservative estimate, at least 3 % of the total galactic dark matter, they report online in Science on 23 Marc
by the most conservative estimate, at least 3 % of the total galactic
dark matter, they report online in Science on 23 March.
So they plump for a model in which the brown
dwarfs revealed
by microlensing are part of the relatively small but heavy spheroid, while the even heavier extended
dark halo is made up of the more exotic particles variously known as WIMPs or cold
dark matter.
A team led
by Gerry Gilmore of the Institute of Astronomy at Cambridge University detected a core of
dark matter of uniform size and temperature inside
dwarf galaxies.