Twas’ 11 days before Christmas, around 9:38
when 20 beautiful children stormed through heaven’s gate.
their smiles were contagious, their laughter filled the air.
they could hardly believe all the beauty they saw there.
they were filled with such joy…they didn’t know what to say.
they remembered nothing of what had happened earlier that day.
“where are we?” asked a little girl, as quiet as a mouse.
“this is heaven.” declared a small boy. “we’re spending Christmas at God’s house.”
when what to their wondering eyes did appear,
but Jesus, their savior, the children gathered near.
He looked at them and smiled, and they smiled just the same.
then He opened His arms and He called them by name.
and in that moment was joy, that only heaven can bring
those children all flew into the arms of their King
and as they lingered in the warmth of His embrace,
one small girl turned and looked at Jesus’ face.
and as if He could read all the questions she had
He gently whispered to her, “I’ll take care of mom and dad.”
then He looked down on earth, the world far below
He saw all of the hurt, the sorrow, and woe
then He closed His eyes and He outstretched His hand,
“Let My power and presence re-enter this land!”
“may this country be delivered from the hands of fools”
“I’m taking back my nation. I’m taking back my schools!”
then He and the children stood up without a sound.
“come now my children, let me show you around.”
excitement filled the space, some skipped and some ran.
all displaying enthusiasm that only a small child can.
and i heard Him proclaim as He walked out of sight,
“in the midst of this darkness, I AM STILL THE LIGHT.”
Move over, Hope Diamond. The most famous gems on Earth have new competition in the form of a planet made largely of diamond, astronomers say.
The alien planet, a so-called “super-Earth,” is called 55 Cancri e and was discovered in 2004 around a nearby star in our Milky Way galaxy. After estimating the planet’s mass and radius, and studying its host star’s composition, scientists now say the rocky world is composed mainly of carbon (in the form of diamond and graphite), as well as iron, silicon carbide, and potentially silicates.
At least a third of the planet’s mass is likely pure diamond.
“This is our first glimpse of a rocky world with a fundamentally different chemistry from Earth,” lead researcher Nikku Madhusudhan of Yale University said in a statement. “The surface of this planet is likely covered in graphite and diamond rather than water and granite.”
55 Cancri e is the first likely “diamond planet” to be identified around a sun-like star, though such worlds have been theorized before. Planets like this are vastly different from our Earth, which has relatively little carbon.
“By contrast, Earth’s interior is rich in oxygen, but extremely poor in carbon — less than a part in thousand by mass,” said study co-author and Yale geophysicist Kanani Lee.
55 Cancri e is what’s known as a super-Earth, with a radius twice as wide as that of our own planet, and a mass eight times greater. It speeds around its host star, making a full orbit in just 18 hours (Earth takes 365 days). It is so close in to the star that its surface temperature reaches a scorching 3,900 degrees Fahrenheit (2,100 degrees Celsius), making it probably way too hot for life.
Previous studies of this planet suggested it might actually be covered with oozing “supercritical fluids” — high-pressure liquid-like gases — seeping out from its rocks. But this idea was based on the assumption that 55 Cancri e had a similar chemical makeup as Earth, Madhusudhan said. The new findings suggest the planet has no water at all.
The revelation of the planet’s diamond nature means that it could have very different thermal evolution and plate tectonics processes than Earth, which could create bizarre types of volcanism, seismic activity, and mountain formation.
55 Cancri e is one of five planets encircling a sun-like star called 55 Cancri, which lies about 40 light-years from Earth in the constellation of Cancer. This star is so close it is visible to the naked eye in the night sky.
The researchers hope to make follow-up observations of this star system to better determine the star’s composition and to analyze 55 Cancri e’s atmosphere. This information could bolster the idea that the planet is a diamond world.
A paper reporting the new findings has been accepted for publication in the journal Astrophysical Journal Letters.