Just like drugs, people can become toxic but they don’t always start out like that.
You would see someone as a replica of yourself, but that is just surface.
When you dig in deep, there’s much to know, much more to explore and much unseen.

You want people in your life, sole rrason being that you’re afraid you may wind up being all alone.
So what? What if you’re alone?
Life is all about being alone.
Being in love with yourself.
Eating pizza on your own, taking yourself to coffee dates, watching a movie with a tub full of popcorn all by yourself and going on walks alone.

There is a difference between soltitude and being lonely. Soltitude frees you, and on the other hand loneliness cages you.

You get chained to people.
Your happiness becomes dependent on them.
Why do we always need people to complete us? Weren’t we…

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Harry Cliff: Have we reached the end of physics?

Why is there something rather than nothing? Why does so much interesting stuff exist in the universe? Particle physicist Harry Cliff works on the Large Hadron Collider at CERN, and he has some potentially bad news for people who seek answers to these questions. Despite the best efforts of scientists (and the help of the biggest machine on the planet), we may never be able to explain all the weird features of nature. Is this the end of physics? Learn more in this fascinating talk about the latest research into the secret structure of the universe.


NuStar’s latest image maps Andromeda’s dead stars

NuSTAR has observed 40 “X-ray binaries” — intense sources of X-rays comprised of a black hole or neutron star that feeds off a stellar companion.

NGC 4845: Hubble Space Telescope Sees Large Spiral Galaxy

NGC 4845, otherwise known as LEDA 44392 or UGC 8078, is an 11th magnitude spiral galaxy in the constellation of Virgo. It is 58.8 million light-years away from us. The galaxy was originally discovered by the German-born British astronomer William Herschel in 1786.

According to astronomers, NGC 4845 hosts a supermassive black hole in its center. The presence of a black hole in a distant galaxy like this one can be inferred from its effect on the galaxy’s innermost stars; these stars experience a strong gravitational pull from the black hole and whizz around the galaxy’s center much faster than otherwise.


From investigating the motion of these central stars, astronomers can estimate the mass of the central black hole – for NGC 4845 this is estimated to be hundreds of thousands times heavier than the Sun. This same technique was also used to discover the supermassive black hole at the center of our own Milky Way Galaxy – Sagittarius A* – which hits some 4 million solar masses.

In 2013 European astronomers were observing another galaxy when they noticed an energetic flare from the NGC 4845’s core. The flare came from the supermassive black hole tearing up and feeding off an object of 14 – 30 Jupiter masses. A brown dwarf or a so-called super-Jupiter exoplanet simply strayed too close and was devoured by the hungry black hole.

“The observation was completely unexpected, from a galaxy that has been quiet for at least 20-30 years,” the astronomers said.

This image includes optical and infrared observations from Hubble’s Wide Field Planetary Camera 2 (WFPC2).