research Quantum Computing for Fluid Dynamics Developing quantum-computing approaches for fluid-dynamics problems at NYU. Compressible Turbulent Convection Heat transport and scaling laws at extreme Rayleigh numbers. Supersonic Turbulence Energy spectra and fluxes from high-fidelity direct numerical simulations. Moist Turbulent Convection High-resolution simulations of conditionally unstable atmospheric convection. Magnetic Field Evolution in Neutron Stars Ohmic dissipation, Hall drift, and electron magnetohydrodynamics in neutron-star crusts. Renormalization of the Navier–Stokes Equation A renormalization-group view of scale-dependent transport in turbulence. Accretion Disk Oscillations Theoretical modelling of acoustic modes around rotating black holes. software DHARA A scalable Python framework for solving nonlinear partial differential equations on CPUs and GPUs.
