Miss Jazzy J's Blog
Thursday, March 10, 2011
Powers Out
Wednesday, March 2, 2011
Happy Birthday and read REad READ!!!
"Happy Birthday to you; Happy Birthday to you; Happy birthday Dr. Seuss; Happy Birthday to you; And many more; on channel 4; And scooby-doo; on channel 2; And a big fat lady; on channel 80; And all the rest; on P-B-S; Happy Birthday to you; Cha, cha, cha!!!" Well, since it's his birthday, lets have a party game! Dr. Seuss trivia!!! (questions below and answer in comments.)
Trivia questions of Dr. Seuss, the cat in the hat:
1. How old will Dr. Seuss be today?
2. What is Dr. Seuss' real name?
3. Were was Dr. Seuss born?
4. At what age did Dr. Seuss die?
5. How many books were published by Dr. Seuss when he died?
6. Was Dr. Seuss married, and if so, did he have kids? How many?
7. How did Dr. Seuss start his career of writing the 'Cat in the Hat' books?
8. What was Dr. Seuss' favorite food and drink?
Happy read across America day everyone! Bye-bye!
Friday, February 18, 2011
Happy Valentines Day! (Sorry my post is a little late, but still!)
Valentines has came again! Over flowing with candy for me from the school party! 26 people! ALL giving CANDY!!! Added to MORE candy the DAY AFTER!!!!! And to make it even BETTER... PLAY-DATE!!! I call it the CANDY PLAY TIME day. But lets skip the rest of valentines for me, and go to you. Happy Valentines Day! I hope you had as much fun as me. Did Cupid shoot any of you reading this? I think Cupid shot my dog, nipper, 'cause he was liking his bum. Animals must be very flexible if they can do that! Okay, well... Hope you all had a great v day! I got a kit kat bar as big as my head and wedgie free underwear. undies from the parents. :P Thanks for reading and happy v day!!!
Saturday, February 12, 2011
Love this song!
Sparks fly
It's like electricity
I might die
When I forget how to breathe
You get closer and there's
No where in this world I'd rather be
Time stops
Like everything around me
Is frozen
And nothing matters but these
I've never seen
'Cause when I'm kissing you
My senses come alive
Almost like the puzzle piece
I've been trying to find
Falls right into place
You're all that it takes
My doubts fade away
When I'm kissing you
When I'm kissing you
It all starts making sense
And all the questions
Ive been asking in my head
Like are you the one should I really trust
Crystal clear it becomes
When I'm kissing you
Past loves
They never got very far
Wall's up, made sure
I guarded my heart
And I promise I wouldn't do this till
I knew it was right for me
But no one (no one)
No guy that I met before
Could make me (make me)
Feel so right and secure
And have you noticed
I lose my focus
And the world around me disappears
'Cause when I'm kissing you
My senses come alive
Almost like the puzzle piece
I've been trying to find
Falls right into place
You're all that it takes
My doubts fade away
When I'm kissing you
When I'm kissing you
It all starts making sense
And all the questions
Find More lyrics at www.sweetslyrics.com
I've been asking in my head
Like are you the one should I really trust
Crystal clear it becomes
When I'm kissing you
I've never felt nothing like this
You're making me open up
No point in even trying to fight this
It kinda feels like it's love
Cause when I'm kissing you
My senses come alive
Almost like the puzzle piece
I've been trying to find
Falls right into place
You're all that it takes
My doubts fade away
When I'm kissing you
When I'm kissing you
It all starts making sense
And all the questions
I've been asking in my head
Like are you the one should I really trust
Crystal clear it becomes
When I'm kissing you
Thursday, February 3, 2011
New Crew!!!
Tuesday, December 14, 2010
Jazz Party!!!
Wednesday, November 24, 2010
Einstein's 'Biggest Blunder' Turns Out to Be Right
Einstein's 'Biggest Blunder' Turns Out to Be Right By Clara Moskowitz SPACE.com Senior Writer posted: 24 November 2010 01:16 pm ET I love learning more about space. This is an article from space.com |
What Einstein called his worst mistake, scientists are now depending on to help explain the universe.
In 1917, Albert Einstein inserted a term called the cosmological constant into his theory of general relativity to force the equations to predict a stationary universe in keeping with physicists' thinking at the time. When it became clear that the universe wasn't actually static, but was expanding instead, Einstein abandoned the constant, calling it the '"biggest blunder" of his life.
But lately scientists have revived Einstein's cosmological constant (denoted by the Greek capital letter lambda) to explain a mysterious force called dark energy that seems to be counteracting gravity — causing the universe to expand at an accelerating pace.
A new study confirms that the cosmological constant is the best fit for dark energy, and offers the most precise and accurate estimate yet of its value, researchers said. The finding comes from a measurement of the universe's geometry that suggests our universe is flat, rather than spherical or curved.
Geometry of the universe
Physicists Christian Marinoni and Adeline Buzzi of the Universite de Provence in France found a new way to test the dark energy model that is completely independent of previous studies. Their method relies on distant observations of pairs of galaxies to measure the curvature of space.
"The most exciting aspect of the work is that there is no external data that we plug in," Marinoni told SPACE.com, meaning that their findings aren't dependent on other calculations that could be flawed.
The researchers probed dark energy by studying the geometry of the universe. The shape of space depends on what's in it — that was one of the revelations of Einstein's general relativity, which showed that mass and energy (two sides of the same coin) bend space-time with their gravitational force.
Marinoni and Buzzi set out to calculate the contents of the universe — i.e. how much mass and energy, including dark energy, it holds — by measuring its shape.
There were three main options for the outcome.
Physics says the universe can either be flat like a plane, spherical like a globe, or hyperbolically curved like a saddle. Previous studies have favored the flat universe model, and this new calculation agreed.
Flat universe
The geometry of space-time can distort structures within it. The researchers studied observations of pairs of distant galaxies orbiting each other for evidence of this distortion, and used the magnitude of the distortion as a way to trace the shape of space-time.
To discover how much the galaxy pairs' shapes were being distorted, the researchers measured how much each galaxy's light was red-shifted — that is, budged toward the red end of the visual spectrum by a process called the Doppler shift, which affects moving light or sound waves.
The redshift measurements offered a way to plot the orientation and position of the orbiting pairs of galaxies. The result of these calculations pointed toward a flat universe.
Marinoni and Buzzi detail their findings in the Nov. 25 issue of the journal Nature.
Understanding dark energy
By providing more evidence that the universe is flat, the findings bolster the cosmological constant model for dark energy over competing theories such as the idea that the general relativity equations for gravity are flawed.
"We have at this moment the most precise measurements of lambda that a single technique can give," Marinoni said. "Our data points towards a cosmological constant because the value of lambda we measure is close to minus one, which is the value predicted if dark energy is the cosmological constant."
Unfortunately, knowing that the cosmological constant is the best mathematical explanation for how dark energy is stretching out our universe doesn't help much in understanding why it exists at all.
"Many cosmologists regard determining the nature of dark energy and dark matter as the most important scientific question of the decade," wrote Alan Heavens of Scotland's University of Edinburgh in an accompanying essay in the same issue of Nature. "Our picture of the universe involves putting together a number of pieces of evidence, so it is appealing to hear of Marinoni and Buzzi's novel technique for testing the cosmological model, not least because it provides a very direct and simple measurement of the geometry of the universe."
You can follow SPACE.com senior writer Clara Moskowitz on Twitter @ClaraMoskowitz.