You’ll Never Be Alone, 2020 Can Be Stressful, It’s Okay To Reach Out And Ask For Help, I Love You

فعلًا ؛ حقًا وصدقًا .. البر رزق، الله لا يحرمني من برك يا ابنة قلبي 🩷🩷

@fatmaaljaber

in the mood to receive good news!!! 🎉

in the mood to receive good news!!! 💰

in the mood to receive good news!!! 🏡

in the mood to receive good news!!! 🚘

in the mood to receive good news!!! 💐

in the mood to receive good news!!! ❤️

in the mood to receive good news!!! 💫

in the mood to receive good news!!! 🧿

لديك حوالي ثلاثة أيام لتتخلص من ذاك الشيء الذي لا يستحق ان ينتقل معك إلى عامك الجديد...

رُبما شخص، عادة، أو فكرة !

The Sun in X rays from NuSTAR : Why are the regions above sunspots so hot? Sunspots themselves are a bit cooler than the surrounding solar surface because the magnetic fields that create them reduce convective heating. It is therefore unusual that regions overhead – even much higher up in the Sun’s corona – can be hundreds of times hotter. To help find the cause, NASA directed the Earth-orbiting Nuclear Spectroscopic Telescope Array (NuSTAR) satellite to point its very sensitive X-ray telescope at the Sun. Featured here is the Sun in ultraviolet light, shown in a red hue as taken by the orbiting Solar Dynamics Observatory (SDO). Superimposed in false-colored green and blue is emission above sunspots detected by NuSTAR in different bands of high-energy X-rays, highlighting regions of extremely high temperature. Clues about the Sun’s atmospheric heating mechanisms come from NuSTAR images like this and shed light on solar nanoflares and microflares as brief bursts of energy that may drive the unusual heating. via NASA

أيامك كلها أعياد يا وجه العيد السعيد🤍

منت فاهم يا أغلى من مر بعيوني ..🧚🏻

@fatmaaljaber

-✨

‏نحتاج دائمًا مَن يُخبرنا أنَّ لوجودنا معنى 🤍

والله ..