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As if graphene did not have enough potential, it is now proposed that a single snowflake could contain the power of a black hole hologram
The strange power of graphene is on the verge of becoming much stranger if a new document published in Physical Review Letters is something to be seen.
According to Phys.org, a team from Canada, Israel, the United Kingdom and the United States has theoretically shown that when a magnetic field is applied to an irregularly shaped graphene flake, that flake is transformed in hologram of a black hole
This includes the spatial structure and the characteristic properties of the spatial phenomenon, which could help us better understand the fundamental questions of the cosmos. [19659003CethologramiscalledtheSashdev-Ye-Kitaevmodel(SYK)inwhichalarger-dimensionedsystem-inatranny-maybepresentinalower-dimensionalsystemandthatisthegraphene
-out for scientists
"The S The YK model is of great interest to physicists today because 39; it is supposed to contain a holographic description of a quantum black hole, "said Marcel Franz, co-author of the study and professor of physics at Columbia University. The most enigmatic mysteries of modern physics lie at the interface between Einstein's general relativity and quantum mechanics. "
While earlier systems have been proposed to demonstrate the SYK model, the quantum phase of graphene does not require advanced fabrication, replicated with relative ease.
All that one needs, c & # 39; is that the graphene flake has an irregular boundary and a blank interior so that the hologram of the black hole is formed.
The team is trying to understand the transport properties of the graphene flake in the SYK model.
"More generally, we hope that our theoretical results will motivate the experimentalists to study the graphene flakes of t We are ready to provide theoretical support for such efforts," said Franz [19659011].
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