A new experiment by an international team of researchers suggests that this "timed arrow" of thermodynamics is not an absolute concept.
Thermodynamics is the result of the early 19th century industrial revolution.
One of the branches of theoretical physics associated with the laws of heat movement, and the change from heat to other forms of energy.
Launched on futurism.com, for this experiment the researchers see the correlated particles.
This is conceptually similar to particles trapped in the core of quantum research, but not tightly bound.
The researchers started their experiments with trichloromethane molecules, which consisted of hydrogen and carbon.
They then make the nuclei of hydrogen atoms warmer than carbon nuclei and observe the flow of energy.
When the atomic nuclei of the two atoms are uncorrelated, the heat flows from the heat to the cooling core, as expected.
But when the cores are correlated, the heat flows back backward (the hotter the heat gets warmer and the cooler becomes cooler).
In his book, A Brief History of Time, Stephen Hawking also states that time arrows can run backwards.
Time is said to retreat if people remember what will happen and forget what has happened.
Time backs down if the entropy of the universe diminishes and nature shrinks.
According to Hawking to pursue the universe it takes a minimum of the total mass of the universe a hundred times the total mass of the universe now, of course already include the estimated total number of black holes.
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