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Element 110 Now Darmstadtium

photoblur writes "It's time to update your periodic table of the elements! Element 110 has been officially named 'darmstadtium' (Ds), after the GSI lab in Darmstadt, Germany. The GSI lab has also been officially recognized for discovering element 111."

6 of 202 comments (clear)

  1. Wondeful... by Cyno01 · · Score: 5, Funny

    I think i'll go play a game of half life to celebrate.:p

    --
    "Sic Semper Tyrannosaurus Rex."
  2. population: tire by cloudship_tacitus · · Score: 3, Funny

    i will not rest until the naming of strongbadium, an element in the burninating gasses.

  3. Re:Name of Element 111 by FileNotFound · · Score: 3, Funny

    I think "Nobodycaresanymoreium" would be a great name for element 111.

    I mean seriously, how many samples of 111 exist in non lab enviroments? For how long?

    I am confused by the purpose behind this research...seems like one of those "because we can" things.

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    In Soviet Russia, the television watches YOU!
  4. Element: Slashdotium found by phunhippy · · Score: 3, Funny

    The IETF has just announced discovery of the 31337th element named Slashdotium. This new element has perplexed engineers for many years now as it seems to simply appear out of nowhere and bring poor websites to their very knee's then dissapearing just as fast. Even stranger is the occasional apparent repeats that happen once in a while. Engineers theorize that the Slashdotium element hits some web sites twice at a rate of about 1 in 9. They are still trying to find out what is causing the repeated appearence of Slashdotium to the same site twice and one radical engineer believes its related to the element dumbasseditorium.

  5. Re:Just Wondering by overbyj · · Score: 4, Interesting

    You do reach a point where the nuclear binding force requirement is too much to hold all the protons and neutrons together in the nucleus. The nuclear binding force is necessary to overcome the repulsions of the individual protons in the nucleus. In essence, the neutrons act as mini-buffers between all the positively charged protons but after a certain number, the repulsive forces become greater than the nuclear binding energy. This energy requirement is why as you move from "lighter" radioactive elements such as uranium to darmstadtium, the half-lives decrease exponentially. Uranium isotopes have half-lives measured in billions of years while I suspect the half-life of element 110 is measured in milliseconds to microseconds. The nuclear binding energy requirement is too great to make a long-living stable nucleus.

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    No trees were harmed in the composition of this; however, numerous electrons were inconvenienced.
  6. Curse you Darmstadtium! by Kenja · · Score: 3, Funny

    Now the periodic table I have tattooed on my arm is WORTHLESS!

    --

    "Have you ever thought about just turning off the TV, sitting down with your kids, and hitting them?"