In the 1970s , Stephen Hawking and Jacob Bekenstein bring out that the properties of blackened holes depended not on the bulk of the pitch-black hole but on its area . This musical theme has been propose as an explanation for various different phenomenon , and for the first time , pretence show that something interchangeable come about in the micro - cosmos .
In a paper bring out inNature Physics , a Canadian - American grouping of research worker looked at the properties of superfluid helium , the peculiar state of topic that helium achieves when cooled down to below 2 Kelvins ( -271 ° C , -456 ° F ) .
In this state , the quantum mechanical properties of the substance become apparent and the He atoms can not be distinguish independently anymore . Based on the field of study ’s numerical simulation , the place of a sphere of 64 atoms of helium depend on its surface rather than its book .
“ It ’s called an web surface area practice of law , ” conscientious objector - writer Adrian Del Maestro , a physicist at the University of Vermont , say in astatement . “ We have found the same character of law of nature is obeyed for quantum data in superfluid helium . ”
This concept is often referred to as holographic – just like a hologram is a 2D technique that give the appearance of 3-D , so these laws require one less dimension to get all that there is to sleep with about the target of field of study .
This breakthrough could have applications for both theoretical and pragmatic avenues . Superfluid helium is often hailed as an important resource for the construction of quantum electronic computer , which could revolutionize how informatics work and deliver fabulously unmanageable computation ( by today ’s standards ) without let on a sweat .
The investigator , however , are clear connive by the potential deep signification of this uncovering . This connection between black muddle and the microscopic human beings could supply some clues to solve the current impasse between general theory of relativity and quantum mechanics , and take us a step onward toward a theory of everything .
