rickjamesbitch:

southernsophistication:

ippinka:

Try out a cool way to separate egg yolks from egg whites!

whaattt. 

WHAT

(via teaganoholloran)

(via satanssweetheart)

the-science-llama:

Reflection and Emission Nebulas
— Rho Ophiuchi Cloud Complex

Credit: Gerald Rhemann // Astrostudio

(via satanssweetheart)

al10nsy:

xilliannax:

subtrainer:

HOMEWORK for my followers: 

• Read and memorize this entire chart.

Every bit of it is accurate and relevant.

There _may_ be a _pop_ quiz.

—Daddy Cane

This is kind of what I posted yesterday but more intense. LOVE IT!

Yes!

I get really, really irritated when I hear people refer to a woman’s vulva as as her vagina. Most people think vulva is the thing hanging in the back of your mouth.

Why is anatomy and physiology not required in school? We need to be more informed about it bodies so we can make better decisions on our health.

(via teaganoholloran)

improper:

Marilyn Manson speech on blame.

This case is pretty famous, for many reasons like this.

(via teaganoholloran)

thesecondsexx:

Sexual Assault Awareness Infographic by UNT Libraries RIS.

(via teaganoholloran)

sciencesoup:

White dwarfs polluted with planetary debris

The Hubble Space Telescope has found chemical evidence for the building blocks for rocky planets in an extremely unusual place: the atmospheres of two burned-out stars. Called white dwarfs, these stars are small, dim shadows of stars that would have once been like our sun, and they reside 150 light-years from Earth in the young star cluster of Hyades. Hubble’s spectroscopic observations identified silicon and low levels of carbon, both of which are strong indicators of a rocky material similar to that which makes up Earth. “When these stars were born, they built planets,” said Jay Farihi, lead author of the study, “and there’s a good chance they currently retain some of them… Based on the silicon-to-carbon ratio in our study, we can actually say that this material is basically Earth-like.” The material is thought to have ended up in the atmosphere of these stars after they collapsed into white dwarfs, and the larger planets in their solar system nudged asteroids into star-grazing orbits. The stars’ gravitational pull tore the asteroids apart, and the pulverised debris fell into a ring around the white dwarfs and were eventually funnelled inwards to pollute the stars themselves. The discovery suggests that rocky planets may commonly assemble around stars, and may help us to understand what will happen to our solar system in five billion years, when our own sun burns out.