Gold Defisure Physics: In the superheating experiment, 14x is solid at the point of melting

In a groundbreaking experiment, Gold has rejected expectations that it was still solid even after heating above standard temperature. With the help of rapid laser bursting, scientists can superheat gold beyond the entrape destruction, a theoretical limit, on which the solids need to melt due to extreme heat. To surprise, the gold was temporarily in the structure, and then reconsidered how the matter behaves when provided with intensive circumstances. Such a rare phenomenon is known as superheating, where heating is so fast that atoms do not get enough time to reorganize themselves into a liquid.

Gold faces entropy destruction: What is superheating?

As Science alertThe atomic structure of gold opposed the melting and absorbed the heat quickly, even faster than the reaction of its atoms. Scientists conducted this study in 19,000 Calvin, and gold was solid to 2 picosacunds, which is enough to challenge the principle of physics.

Traditionally, the physicist believed that solids could not avoid more than three times the heat from their melting point. This experiment, although with the help of advanced techniques, pushed gold up to 14 times the threshold, Incorporated To accurately track heat absorption. Conclusions suggest that the material may resist melting beyond the already known boundaries; However, only for brief moments, which is also difficult to imagine.

Can other solids resist melting like gold? What does it mean for future research

The results found by scientists do not change the law of thermodynamics. However, they suggest that such laws cannot be fully implemented in ultra-fast reactions, and atoms may not be transferred or rearranged in this time. Most importantly, there was no place to go to the gold, and it allows to remain solid even after heating the unexpected temperature.

This unlocks new possibilities, from the effects of asteroids to the effects of atomic reactors, extreme conditions. Scientists are now surprised whether other solids can also show the same tolerance, and control the current model of melting points, which need to be fully known. Science should again see the question asked by a scientist that how much can you heat before melting?