Nick Higham reflects on his early experiences and wonders how computers have simplified mathematical writing.

Understanding how physicochemical cues from the environment affect phytoplankton impacts our ability to predict their vertical migration.

With recent advances in computing and algorithms, data science has risen as a discipline in its own right. 

PRIMME was first released as a C software package for finding a few selected eigenpairs of large Hermitian matrices.

In this month's column, Mark Levi presents a mathematically rigorous deterministic counterpart of Benford’s law.

Zhuolin Qu presented an ODE model to measure the mitigation success of infecting mosquitoes with Wolbachia bacteria at AN17.

Alicia Prieto Langarica presented a mathematical model to study the effects of temperature on REM and non-REM sleep dynamics at AN17.

During a minisymposium at AN17, Laurie Heyer spoke about synthetic biology’s reliance on mathematical models. 

At AN17, Catherine Higham used deep learning to address computational issues of image reconstruction with a single-pixel camera.

Polycystic ovary syndrome can cause infertility in women and is generally associated with abnormal reproductive and metabolic hormone levels.

Judy Day described mathematical techniques that can be used to address challenges in controlling acute inflammation at CT17.

Michael Armstrong uses computer software to build a mathematical model of Pickett's Charge during the Battle of Gettysburg.