Sorry...there were no GOLD PARTICLES in the Primeval Atom that exploded to create the original "quark-gluon soup." It only contained a sea of foam, remember?
@alphavortex1 i agree. if they used light to judge the temperature, they have quite a few degrees error in there. To my knowledge gamma rays are the highest energy wave, and i wonder if that would still be the same at 4 trillion degrees.
@rich16041987 The reaction was the size of a single Gold particle, and the heat was only that hot for billionths of a nanosecond. Because of that, most objects you could come across can contain the reaction safely. But I wouldn't touch it with my own hands because of the gamma radiation.
Sorry...there were no GOLD PARTICLES in the Primeval Atom that exploded to create the original "quark-gluon soup." It only contained a sea of foam, remember?
73CreationStars 1 day ago
i agree with alphavortex1 how the heck do they read that temperature ???? 4 trillon ,, LOl that comment is a joke
fuji2failo 3 months ago
k, I'd like to know how the heck could they know the temp that high?... talk about speculation
alphavortex1 7 months ago
@alphavortex1 i agree. if they used light to judge the temperature, they have quite a few degrees error in there. To my knowledge gamma rays are the highest energy wave, and i wonder if that would still be the same at 4 trillion degrees.
imtihanahmed 5 months ago
@alphavortex1 they use light and maths to aid their presumptions
predatorsc1992 1 week ago
4 trilion...lol chuck norris can't even get a tan...
69BearPedo 8 months ago 7
how the hell do u contain a reaction that hot??
rich16041987 1 year ago
@rich16041987 The reaction was the size of a single Gold particle, and the heat was only that hot for billionths of a nanosecond. Because of that, most objects you could come across can contain the reaction safely. But I wouldn't touch it with my own hands because of the gamma radiation.
sivadfa 9 months ago