the space has no boundaries so trillions of stars are in the space it gets not enough light that is why the space is dark
No. All stars emit light.
stars
Stars, gas, and dust are all categorized as visible matter, not "dark" matter, but, since dark matter does not interact electromagnetically, the behavior of ordinary matter is used to study dark matter through their gravitational effects. You might say that stars, gas, and dust are like the leaves blowing in an invisible wind; the force can be perceived by the effects on the leaves even if you can't see the wind directly.
Dark matter can be detected by its gravitational effect on nearby stars, causing them to very slightly alter their relative motions.
We can see about 6500 stars just with our eyes when the sky is dark enough.With the sky being brighter,the number decreases.
Dark matter is by definition not visible nor reactive to the electromagnetic force; this would exclude visible matter, including stars. One might argue that the effects which dark matter has been used to explain could be consequential to gravitational pull from ordinary stars, perhaps owing to a gross miscalculation or an incomplete understanding of gravitational force -- but this would be a different position than to say dark matter itself is stellar material.
The Dark Beyond the Stars was created in 1991.
The sky is brighter than the stars before it is dark.
The Dark Beyond the Stars has 408 pages.
The ISBN of The Dark Beyond the Stars is 0-312-86624-0.
Dark Stars - 2003 is rated/received certificates of: USA:TV-PG
The cast of Dark Stars - 2003 includes: Phil Spector
very dark no lights around
The dark lines reveal the atoms that are associated with the stars atmosphere. The dark lines are atom energy absorption signatures.
Dark Enough to See the Stars in a Jamestown Sky was created in 2006.
Dark Stars - 2003 Linda Darnell was released on: USA: 2005
The cast of The Dark Between the Stars - 2010 includes: Jason Brooks
It is only dark enough to can see the stars if there is no light pollution. Light causes obstruction in view.