Editorial: Scaling the Turbulence Edifice (part 2)

Area of Science:

• Fluid Dynamics
• Mathematical Physics

Background:

• Turbulence remains a fundamental challenge in physics and mathematics.
• A growing interdisciplinary approach is emerging to address complex turbulence phenomena.
• This work is part of a special issue dedicated to Uriel Frisch, a pioneer in turbulence research.

Purpose of the Study:

• To highlight the convergence of mathematical and physical approaches to understanding turbulence.
• To recognize and encourage further interdisciplinary collaboration in turbulence research.
• To contribute to the ongoing effort of 'Scaling the turbulence edifice'.

Main Methods:

• This article is part of a theme issue, implying a collection of related research rather than a single experimental method.
• The focus is on theoretical and mathematical frameworks applied to turbulence.
• Draws upon the legacy of the Nice School of Turbulence.

Main Results:

• The abstract does not detail specific results but focuses on the convergence of fields.
• It emphasizes the importance of synthesizing mathematical rigor with physical intuition.
• The collection aims to advance the understanding of turbulence through collaborative efforts.

Conclusions:

• The interdisciplinary synthesis of mathematics and physics is crucial for tackling the problem of turbulence.
• Continued collaboration is essential for making progress in this field.
• The work honors Uriel Frisch's significant contributions to turbulence theory.