Shine On

Sunday, April 5, 2009

god
i wish i can have a different life with different people around me.

p.s i love my friend & family though

Friday, April 3, 2009

回問

正!
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今日同周神父傾左一堂
講起信仰既重要性
為我黎講
宗教信仰就係一個支持
唔係話需要到先有用　而係
每個人都係無助既時候

慈幼足球A組2比一大勝利記
真係好proud of我學校
一日慈幼仔　一世慈幼仔
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屌!..真係無講錯
今日洗完車　又落雨
咪撚玩啦
聽日ja波車過氹仔
食早餐!

夠期捐血
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Cloudy With A Chance Of Meatballs
出自同名漫畫
痴線細佬由細開始發明痴線野
最後發明到一樣只要加水就可以變出食物既機器
落雨變左落漢堡包,意大利粉?
好有賣點
睇完預告片之後真係發現唔睇唔得
戲院見

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3:51處..,
波?!

3分中開始...

主持:全身充滿了記憶點...^^

Honeycomb

Honeycomb
Technicians from Ball Aerospace inspected the honeycomb structure of the Kepler Space Telescope's primary mirror. The mirror has been 86% light-weighted; that is, it only weighs 14% of amount that a solid mirror of the same dimensions would. The mirror blank was made by Corning Glass works out of ultra-low expansion glass, or ULE. The optical polishing of the mirror was performed by Brashear LP.

Kepler launched On March 7, 2009, on a 3 1/2 year mission to survey the more than 100,000 sun-like stars in the Cygnus-Lyra region of our Milky Way galaxy. It is expected to find hundreds of planets the size of Earth and larger at various distances from their stars.

There is now clear evidence for substantial numbers of three types of exoplanets; gas giants, hot-super-Earths in short period orbits, and ice giants. The challenge is to find terrestrial planets, especially those in the habitable zone of their stars where liquid water might exist on the surface of the planet.

Image Credit: NASA/Ball Aerospace

透明色

為什麼失去了還要被懲罰呢
能不能就讓悲傷全部結束在此刻從新開始活著

離開我個腦　好無?
永永遠遠咁離開
既然大家心底清楚再無將來
點解仲要係我心底佔住位置
放手　離開　好無?!

我都要做單眼人!

係時候擁有一部數碼SLR
錄影都有埋　仲等咩?!
銀彈銀彈!!!

p.s : 狂賀fio做P牌人,之後出黎食飯我請,俾錢就 AA啦 XP

Thursday, April 2, 2009

Hubble Finds Hidden Exoplanet in Archival Data

Hubble Finds Hidden Exoplanet in Archival Data
In 19 years of observations, the Hubble Space Telescope has amassed a huge archive of data--an archive that may contain the telltale glow of undiscovered extrasolar planets. Such is the case with this image--one of three extrasolar planets orbiting the young star HR 8799--which is 130 light-years away. The planetary trio was originally discovered in images taken with the Keck and Gemini North telescopes in 2007 and 2008. But using a new image processing technique that suppresses the glare of the parent star, scientists found the telltale glow of the outermost planet in the system while studying Hubble archival data taken in 1998. The giant planet is young and hot, but still only 1/100,000th the brightness of its parent star. By comparison, Jupiter is one-billionth the brightness of our sun.

Image Credit: NASA, ESA, and G. Bacon (STScI)