We are excited to present v1.0 of our Herschel–Bulkley Worthington Jets & Droplets repository. This release offers a one-stop solution for simulating bubble bursting in complex non-Newtonian media, capturing how shear-thinning, shear-thickening, and yield stress modify Worthington jet formation and droplet ejection. Highlights: • Easy Basilisk Setup Automate your Basilisk setup using reset_install_requirements.sh, so you can quickly get to running 2D or axisymmetric simulations of non-Newtonian bubble bursting. • Herschel–Bulkley Formulation Model fluids spanning from shear-thinning to shear-thickening, including the Bingham model as a special case. This covers yield-stress effects and accommodates Newtonian flow in the limiting scenario. • Dimensionless Exploration Investigate the interplay between plasto-capillary number, effective Ohnesorge number, and power-law index. Understand how each parameter shapes jet speed, droplet pinch-off, and overall bubble cavity collapse dynamics. • Flexible Compilation & Run Options Use our Makefile-driven approach for easy interactive visualization or direct qcc compilation for HPC clusters and local machines. What's in This Release? Simulation Code burstingBubbleVE.c and supporting modules in src-local for running Herschel–Bulkley (HB) bubble-bursting simulations. Example input files and scripts in testCases. Installation Scripts reset_install_requirements.sh automates Basilisk fetching and configuration. project_config sets environment variables upon each run. Analysis & Post-Processing Utilities for data extraction, Python scripts for visualization. Documentation Detailed instructions on HPC cluster usage, environment setup, and advanced features (like MPI/OpenMP) in this release's README. The documentation at Herschel–Bulkley formulation notes clarify how yield stress and power-law dependence are implemented. Quick Start Clone the Repository git clone https://github.com/comphy-lab/BurstingBubble_Herschel-Bulkley.git cd BurstingBubble_Herschel-Bulkley Install Requirements ./reset_install_requirements.sh Test a Simulation cd testCases CFLAGS=-DDISPLAY=-1 make burstingBubbleVE.tst This runs an interactive simulation in your browser. To run in batch mode instead, just invoke make burstingBubbleVE.tst without the DISPLAY flag. Running on HPC Clusters • Copy the contents of the src-local to your work directory for robust compilation. • Use mpicc with the Basilisk-based code to run on multiple MPI ranks. • Adapt the sample SLURM script for your cluster environment. Stay in Touch • Issues & Contributions: Please file bug reports, feature requests, or pull requests on GitHub. • Questions? Post an issue or email Vatsal Sanjay vatsalsy@comphy-lab.org. Thanks for using our code—have fun exploring bubble dynamics in Herschel–Bulkley fluids! If you find this work useful, consider giving us a star on GitHub. Happy Simulating!