A simple point of light could be
a dim nearby star or a brilliant one thousands of light - years away.
Not exact matches
The planets circle a tiny,
dim,
nearby star in tight orbits all less than 2 weeks long.
Yet the planet would still be more than 10 million times
dimmer than its
nearby star.
The first Terrestrial Planet Finder mission will take optical images of
nearby stars and essentially put a thumb over the
star itself to block the light and see the
dim planet.
There appear to be more far - off galaxies only because astronomers have been missing most of the
nearby ones — the ones that contain so few
stars that they are intrinsically
dim.
They used a series of filters, like polarised, glare - blocking sunglasses but bigger and more precise, to observe the light from a
nearby, relatively
dim neutron
star — a dense stellar corpse with a colossal magnetic field — and compared it with light from ordinary
nearby stars.
But light from
nearby bright
stars can drown out
dimmer galaxies like the 72 new ones, none of which contain
stars Hubble can see.
Once every 69 years, a
nearby star dramatically
dims for about three and a half years during the longest known stellar eclipse in our galaxy.
Earlier this year, U.S. and Japanese astronomers published a paper on their discovery of one
star in a
nearby galaxy that brightened and
dimmed precisely as if a primordial black hole was passing in front of it.
Subdwarfs, such as
nearby Kapteyn's
Star (M0VI or M0sd) as well as Groombridge 1830, are
dimmer more bluish than younger main - sequence dwarf
stars (Wing et al, 1976).