Narrativium~and~Things

riddlemetom:

don’t you think that the fact that women’s menstruation synchronizes when they live together is like natures way of accepting and adapting to homosexuality? it’s like hey ok you’re gay that’s cool here i’m gonna let you have your period at the same time so you don’t lose valuable sexytime 


astrodidact:




From IFLS/FB: Happy birthday to the Very Large Telescope! The VLT is fifteen years old this month. This collage shows one image for each year since it started surveying the universe.
Data gathered from the VLT has led to an average of one peer reviewed scientific paper every DAY. In 2007, almost 500 papers were published based on data from the VLT. Scientific studies from the VLT include:- Imaging an extrasolar planet for the first time- Tracking individual stars moving around the supermassive black hole at the centre of the Milky Way- Observing the afterglow of the furthest known gamma-ray burst.- The detection of carbon monoxide molecules i…n a galaxy located almost 11 billion light-years away for the first time, a feat that had remained elusive for 25 years. - Study of the violent flares from the supermassive black hole at the centre of the Milky Way. - Measuring the age of the oldest star known in our galaxy.- Analysing the atmosphere around a super-Earth exoplanet for the first time using the VLT.



View Larger

astrodidact:

From IFLS/FB: Happy birthday to the Very Large Telescope! The VLT is fifteen years old this month. This collage shows one image for each year since it started surveying the universe.

Data gathered from the VLT has led to an average of one peer reviewed scientific paper every DAY. In 2007, almost 500 papers were published based on data from the VLT. Scientific studies from the VLT include:
- Imaging an extrasolar planet for the first time
- Tracking individual stars moving around the supermassive black hole at the centre of the Milky Way
- Observing the afterglow of the furthest known gamma-ray burst.
- The detection of carbon monoxide molecules in a galaxy located almost 11 billion light-years away for the first time, a feat that had remained elusive for 25 years.
- Study of the violent flares from the supermassive black hole at the centre of the Milky Way.
- Measuring the age of the oldest star known in our galaxy.
- Analysing the atmosphere around a super-Earth exoplanet for the first time using the VLT.


odditiesoflife:

The Amazing Underwater Forest of Lake Kaindy

What makes Lake Kaindy truly remarkable is that it contains an underwater forest. Visible on the lakes surface are the tall, dried-out tops of submerged Spruce trees that rise above the water’s surface like the masts of sunken ships. They are the only sign of the amazing frozen forest below the water’s surface.

The water is so cold (even in summer the temperature does not exceed 6 degrees) that the pine needles remain on the trees, even after a hundred years of being submerged. During the winter, the lake freezes and becomes a popular spot for ice diving.

The lake is 400 meters long and is located in Kazakhstan’s portion of the Tian Shan Mountains, about 129 km from the city of Almaty. The lake was created after an earthquake in 1911 triggered a large landslide blocking the gorge and forming a natural dam.


odditiesoflife:

The Mysterious Penitentes

First described by Charles Darwin in literature in 1839, penitentes are rare, unique snow formations found at high altitudes above 4,000 meters on the Andes mountains. They are called “penitentes” because the white spikes resemble processions of white-hooded monks. They take the form of tall thin blades of hardened snow, or ice, with the blades pointing towards the general direction of the sun. Penitentes range in size from several centimeters to over 5 meters tall.

They are rare because they only appear in the dry Andes Mountain region on the border of Argentina and Chile. It is believed their formation is due to strong winds. This was Darwin’s explanation and no one has come up with a better one for their existence in over 170 years.

Also the border of Bolivia and Chile, which is where I’ve seen them. I feel like the presence of dust might contribute to their formation, like the pointy bits are the ones that didn’t get dust on them and melt faster (melt because it’s sunny — Atacama Desert is the driest/least cloudy place on Earth — and sun + darker dust = warmer dust). But I’m not sure, there may be other factors. The snow was generally a little weird at those altitudes.