June 19 2013 • 11·07 am • 534 notes

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June 19 2013 • 11·06 am • 47 notes

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June 19 2013 • 11·06 am • 848 notes

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June 19 2013 • 11·06 am • 1,955 notes

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June 19 2013 • 11·06 am • 2,465 notes

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June 19 2013 • 11·06 am • 2,488 notes

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June 19 2013 • 11·05 am • 2,402 notes

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June 19 2013 • 11·04 am • 86 notes

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June 19 2013 • 11·04 am • 627 notes

physicscaucie:

Animation showing the Crab Supernova explosion and its remant.

Credit: ESA/Hubble (M. Kornmesser & L. L. Christensen)

(via n-a-s-a)

mpdrolet: Jovan Todorovic
June 19 2013 • 11·04 am • 355 notes

mpdrolet:

Jovan Todorovic

carpr0n: Dinner time Starring: Lamborghini Aventador (by Patrice Minol)
June 19 2013 • 11·02 am • 98 notes

carpr0n:

Dinner time

Starring: Lamborghini Aventador

(by Patrice Minol)

underview:
June 19 2013 • 11·02 am • 358 notes

underview:

(Source: concubinesofesra, via gentlemansblog)

June 19 2013 • 11·01 am • 460 notes

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June 19 2013 • 11·01 am • 623 notes

youbroketheinternet:

damn

(Source: nevver)

moderation: “Planets Billions of Years Older Than Earth May Exist in the Milky Way” — Building a terrestrial planet requires raw materials that weren’t available in the early history of the universe. The Big Bang filled space with hydrogen and helium. Chemical elements like silicon and oxygen - key components of rocks - had to be cooked up over time by stars. But how long did that take? How many of such heavy elements do you need to form planets? Studies have shown that Jupiter-sized gas giants tend to form around stars containing more heavy elements than the Sun. However, research by a team of astronomers completed last year found that planets smaller than Neptune are located around a wide variety of stars, including those with fewer heavy elements than the Sun. As a result, rocky worlds like Earth could have formed earlier than expected in the universe’s history. “This work suggests that terrestrial worlds could form at almost any time in our galaxy’s history,” said Smithsonian astronomer David Latham (Harvard-Smithsonian Center for Astrophysics). “You don’t need many earlier generations of stars.” Latham played a lead role in the study, which was led by Lars A. Buchhave from the University of Copenhagen published in the journal Nature. (via dailygalaxy)
June 19 2013 • 07·54 am • 225 notes

moderation:

“Planets Billions of Years Older Than Earth May Exist in the Milky Way”

—

Building a terrestrial planet requires raw materials that weren’t available in the early history of the universe. The Big Bang filled space with hydrogen and helium. Chemical elements like silicon and oxygen - key components of rocks - had to be cooked up over time by stars. But how long did that take? How many of such heavy elements do you need to form planets?

Studies have shown that Jupiter-sized gas giants tend to form around stars containing more heavy elements than the Sun. However, research by a team of astronomers completed last year found that planets smaller than Neptune are located around a wide variety of stars, including those with fewer heavy elements than the Sun. As a result, rocky worlds like Earth could have formed earlier than expected in the universe’s history.

“This work suggests that terrestrial worlds could form at almost any time in our galaxy’s history,” said Smithsonian astronomer David Latham (Harvard-Smithsonian Center for Astrophysics). “You don’t need many earlier generations of stars.” Latham played a lead role in the study, which was led by Lars A. Buchhave from the University of Copenhagen published in the journal Nature.

(via dailygalaxy)

(via itsfullofstars)