But the MIT researchers translated the physics of black holes to that of
superfluid turbulence, using a technique called holographic duality.
Not exact matches
In particular, Xi points to recent numerical simulations at Newcastle University where another
superfluid, liquid helium, formed waves of
turbulence as it flowed over the rough surface of a wire.
«
Turbulence provides a fascinating window into the dynamics of a
superfluid,» says Allan Adams, an associate professor of physics at MIT.
To describe the underlying physics of a
superfluid's
turbulence, Adams and his colleagues drew comparisons with the physics governing black holes.