Researchers create a huge quantum vortex in superfluid helium, providing a gateway in understanding the black holes.
This milestone has enabled them to gain deeper insights into the behavior and interactions of analog black holes with their environment.
“Using superfluid helium has allowed us to study tiny surface waves in greater detail and accuracy than with our previous experiments in water.
In physics, a quantum vortex signifies a quantized flow pattern of a physical property, commonly observed as topological defects in superfluids and superconductors.The team found similarities between the vortex movement and the surrounding spacetime’s gravitational pull from black holes. Researchers claim that the accomplishment creates new opportunities for finite-temperature quantum field theory simulations in the complex domain of curved spacetimes.
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