In these lectures, we will outline a proof of the strong $L^3$ Onsager conjecture, which posits the existence of solutions to the incompressible 3D Euler equations belonging to $B^{\frac{1}{3}-}_{3,\infty}$ and satisfying a local energy inequality. These talks are based on joint works with Hyunju Kwon and Vikram Giri.Titles for the Individual DaysJUNE 19 - Anomalous dissipation and the local energy inequalityJUNE 20 - $L^3$ convex integrationJUNE 21 - From Fourier series to wavelet seriesJUNE 22 - Error estimatesJUNE 23 - Intermittent pressurePlease find the recorded sessions here:https://www.youtube.com/playlist?list=PLRy_Pn1LtSpd-lbLLcvzUNWe3mgKfecu1
In these lectures, we will outline a proof of the strong $L^3$ Onsager conjecture, which posits the existence of solutions to the incompressible 3D Euler equations belonging to $B^{\frac{1}{3}-}_{3,\infty}$ and satisfying a local energy inequality. These talks are based on joint works with Hyunju Kwon and Vikram Giri.Titles for the Individual DaysJUNE 19 - Anomalous dissipation and the local energy inequalityJUNE 20 - $L^3$ convex integrationJUNE 21 - From Fourier series to wavelet seriesJUNE 22 - Error estimatesJUNE 23 - Intermittent pressurePlease find the recorded sessions here:https://www.youtube.com/playlist?list=PLRy_Pn1LtSpd-lbLLcvzUNWe3mgKfecu1
In these lectures, we will outline a proof of the strong $L^3$ Onsager conjecture, which posits the existence of solutions to the incompressible 3D Euler equations belonging to $B^{\frac{1}{3}-}_{3,\infty}$ and satisfying a local energy inequality. These talks are based on joint works with Hyunju Kwon and Vikram Giri.Titles for the Individual DaysJUNE 19 - Anomalous dissipation and the local energy inequalityJUNE 20 - $L^3$ convex integrationJUNE 21 - From Fourier series to wavelet seriesJUNE 22 - Error estimatesJUNE 23 - Intermittent pressurePlease find the recorded sessions here:https://www.youtube.com/playlist?list=PLRy_Pn1LtSpd-lbLLcvzUNWe3mgKfecu1
In these lectures, we will outline a proof of the strong $L^3$ Onsager conjecture, which posits the existence of solutions to the incompressible 3D Euler equations belonging to $B^{\frac{1}{3}-}_{3,\infty}$ and satisfying a local energy inequality. These talks are based on joint works with Hyunju Kwon and Vikram Giri.Titles for the Individual DaysJUNE 19 - Anomalous dissipation and the local energy inequalityJUNE 20 - $L^3$ convex integrationJUNE 21 - From Fourier series to wavelet seriesJUNE 22 - Error estimatesJUNE 23 - Intermittent pressurePlease find the recorded sessions here:https://www.youtube.com/playlist?list=PLRy_Pn1LtSpd-lbLLcvzUNWe3mgKfecu1
In these lectures, we will outline a proof of the strong $L^3$ Onsager conjecture, which posits the existence of solutions to the incompressible 3D Euler equations belonging to $B^{\frac{1}{3}-}_{3,\infty}$ and satisfying a local energy inequality. These talks are based on joint works with Hyunju Kwon and Vikram Giri.Titles for the Individual DaysJUNE 19 - Anomalous dissipation and the local energy inequalityJUNE 20 - $L^3$ convex integrationJUNE 21 - From Fourier series to wavelet seriesJUNE 22 - Error estimatesJUNE 23 - Intermittent pressurePlease find the recorded sessions here:https://www.youtube.com/playlist?list=PLRy_Pn1LtSpd-lbLLcvzUNWe3mgKfecu1
