In This Issue

Designing fuel-efficient rocket propulsion systems with robust combustion performance is a crucial part of space exploration.

Numerical techniques develop quantitative predictions of pathogen propagation, transmission, and mitigation indoors.

The Bayesian paradigm is a popular framework for facilitating uncertainty quantification in inverse solutions.

At CSE21, panelists shared personal experiences and detailed how their institutions are fostering a more diverse culture.

Panelists spoke candidly about their own experiences at the mid-career point in both academia and industry.

The Advanced Scientific Computing Research program has helped to shape the discipline of computational science. 

Joe Skufca presents tested resources that can guide the incorporation of ethics-based questions and materials into the classroom.

A new administration means new priorities for federal agencies that support applied math and computational science.

The Broader Engagement program at CSE21 fostered a sense of community through mentorship and networking.

The 2019 version of the IEEE 754 Standard provides new capabilities for reliable scientific computing.

Ernest Davis reviews "Shape" by Jordan Ellenberg, which is full of history, math, and much more.