1 / 5
You Have To See This Scientists Superheated Gold To 14X Melting Point - 0ro7xxq
2 / 5
You Have To See This Scientists Superheated Gold To 14X Melting Point - pnjh8zh
3 / 5
You Have To See This Scientists Superheated Gold To 14X Melting Point - n58ja69
4 / 5
You Have To See This Scientists Superheated Gold To 14X Melting Point - x5qclkm
5 / 5
You Have To See This Scientists Superheated Gold To 14X Melting Point - lurbzqc


· as part of an international team, university of warwick researchers have helped redefine long-held theories in a landmark experiment where superheated gold remained solid … · wafer-thin sheets of gold shot briefly with lasers can be heated up to 14 times their melting point while remaining solid, far beyond the theoretical limit, raising the possibility that … · physicists superheated gold to 14 times its melting point, disproving a long-standing prediction about the temperature limits of solids · physicists have heated gold to over 19,000 kelvin, more than 14 times its melting point, without melting it, smashing the long-standing “entropy catastrophe” limit. · white and his colleagues had just observed solid gold reaching an astonishing 19,000 kelvins (33,740 degrees fahrenheit or 18,726 degrees celsius) — more than 14 times its … · a thin piece of gold reached 33,740 degrees fahrenheit, which is more than 14 times higher than its melting point, by being rapidly heated—and it didnt melt Scientists say that they have heated solid gold … · scientists have used an ultrafast laser to heat solid gold to 14 times its melting point without turning the metal into liquid. · heating that lasted only trillionths of a second raised a gold sample’s temperature to 19,000 k without melting it, a study suggests. Using an ultra … · their gold sample had reached an eye-watering 19,000 kelvins —more than 14 times its normal melting point, and far beyond what current theory said was possible for a solid. · the international team of scientists behind the study used intense, super-short laser blasts to push thin fragments of gold past a limit known as the entropy catastrophe;