One LOVE LETTER

ONE LOVE LETTER
"THIS IS NOT FOR YOU"
I love you! Just writing that puts a smile on my face. You put a smile on my face.

I love you because of your sweetness, your kindness, your tenderness and your thoughtfulness.

I love you because are you are my dear friend and loving companion. You smile at my silly jokes and enjoy my youthful spirit.

I love you because I have a longing to be close to you and you long to be close to me. I love snuggling with you in front of a fire and cuddling with you as we watch TV. I love to be near you. I love holding your hand on a walk during the day and holding your hands across the table at a restaurant at night.

I love you because you listen to me as I share the small triumphs or struggles of the day.

I love you because in moments of friction between us, you hear me out. Even when you don't agree with me, you listen with a longing to understand me.

I love you because you respect me. You honor the man that I am, rather than try to make me into someone I am not. You suffer my imperfections and my shortcomings largely without complaint.

I love you because you appreciate me. You enjoy my attentiveness and appreciate my efforts to romance you. You appreciate my generosity to yourself and my generosity toward others.

I love you,

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Hubble Finds Smallest Kuiper Belt Object

Hubble Finds Smallest Kuiper Belt Object

NASA's Hubble Space Telescope has discovered the smallest object ever seen in visible light in the Kuiper Belt, a vast ring of icy debris that is encircling the outer rim of the solar system just beyond Neptune.

This artist's concept of the needle-in-a-haystack object found by Hubble is only 3,200 feet across and a whopping 4.2 billion miles away. The smallest Kuiper Belt Object (KBO) seen previously in reflected light is roughly 30 miles across, or 50 times larger.
Hubble observations of nearby stars show that a number of them have Kuiper Belt-like disks of icy debris encircling them. These disks are the remnants of planetary formation. Researchers surmise that over billions of years the debris should collide, grinding the KBO-type objects down to ever smaller pieces that were not part of the original Kuiper Belt population.
The finding is a powerful illustration of scientists' ability to use archived Hubble data to produce important new discoveries.

Image Credit: NASA

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