In the intricate realm of wave turbulence, where predictability falters and chaos reigns, new research explores the heart of wave turbulence using an ultracold quantum gas. The study reveals new insights that could advance our understanding of non-equilibrium physics and have significant implications for various fields.
in equilibrium, thermodynamics is an invaluable tool to make predictions about their state and behavior without needing access to many details, finding similarly general and concise descriptions of non-equilibrium systems is an open challenge.
What sets this research apart is its ability to systematically explore and measure the properties of turbulent cascades and experimentally construct an equation of state for it, an endeavor that has remained elusive in other non-equilibrium systems. The findings published inelucidate how by varying the energy input through the vibrations, the turbulent state's characteristics is solely hinged on the energy's magnitude, not on external factors like vibration frequency or container shape.
Finally, varying the internal properties of the BEC, i.e. the density and the strength of the interaction between the atoms, they found that the EoS can be brought into one universal form that captures all of them together.
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