Conquer Club

http://newswire.uark.edu/articles/21495 ... ture-water


Through a simulation performed in “supercooled” water, a research team led by chemist Feng “Seymour” Wang, confirmed a “liquid-liquid” phase transition at 207 Kelvins, or 87 degrees below zero on the Fahrenheit scale.

“On a miscrosecond time scale, the water did not actually form ice but it transformed into a new form of liquid,"- Feng Wang


Dont know the science behind it, but seems pretty awesome to me. I would have never guessed a liquid could form another liquid, must less the fact you have to make it very cold.

Now, who wants to go for a swim in this newly discovered liquid?

Thanks for reminding me, MeDeFe.

Does anyone understand the significance of the discovery of liquid 2.0? I read the article, but I don't get it.

Is this newly discovered phase the premo state in which to be cryogenically chilled? Or does it pose an previously unforeseen problem? If yes, how so?

Could the liquid2 phase be used to enhance my enjoyment of alcoholic beverages? If yes, awesome.

Basically, I think what they did is get water to expand (which it does when it solidifies into ice), without it actually turning to ice. So they've got a less-dense liquid that must be maintained at 207K. As for cryogenics, it does seem like it would help since the crystallization of water is what causes major damage to organic tissue, although I'm uncertain how it could be maintained or if you could even apply this to the water present in these tissues. If the temperature dropped even a little bit, would the liquid-liquid crystallize, or is it not dense enough? I don't know from reading just that article.

-TG

TA1LGUNN3R wrote:

-TG

(thanks, TG).

TA1LGUNN3R wrote:Basically, I think what they did is get water to expand (which it does when it solidifies into ice), without it actually turning to ice. So they've got a less-dense liquid that must be maintained at 207K. As for cryogenics, it does seem like it would help since the crystallization of water is what causes major damage to organic tissue, although I'm uncertain how it could be maintained or if you could even apply this to the water present in these tissues. If the temperature dropped even a little bit, would the liquid-liquid crystallize, or is it not dense enough? I don't know from reading just that article.

-TG

Actually TG, my friends and I joked about making more water for human consumption (the obvious withdraw to that being that the liquid would freeze your insides instantly), but I didnt even think about the cryogenics or whether the liquid would turn to ice.

New plan, time for me to get the resources necessary to test this myself! FOR SCIENCE!

new guy wrote:Actually TG, my friends and I joked about making more water for human consumption (the obvious withdraw to that being that the liquid would freeze your insides instantly)

Depends on the amount. If it's just a little bit it would probably just evaporate pretty much instantly and leave you with a refreshing tingle.

-TG

Seriously? Seymour Wang? Seriously?

notyou2 wrote:Seriously? Seymour Wang? Seriously?

He changed his last name from "Butts" because it was embarrassing.