Kennesaw State University associate professor of science education Preethi Titu is working on an NSF-funded project designed to use virtual reality (VR) to improve undergraduate education in STEM education.

JMIR News & Perspectives is JMIR Publications’ dedicated venue for timely analysis, expert commentary, and intellectually responsible reporting from the front lines of digital health innovation. Explore this week’s most impactful stories, highlighting the voices that are defining the future of the field.

From Thailand to Sri Lanka and India, six studies reveal how climate change, land use, and water dynamics threaten staple crops — and the solutions that can sustain them.

By studying zebra finches as they sing, Freeman Hrabowski Scholar Vikram Gadagkar is uncovering how the brain learns, evaluates mistakes, and performs under pressure.

The two-year-old's medical care was transformed by research that connected her epilepsy to heart conditions—catching a two-minute pause in her heartbeat and leading to a lifesaving pacemaker surgery.

MUSC Hollings Cancer Center has launched a Community Scientist Program, which brings South Carolinians directly into cancer research. Community scientists recruited from across the state, including educators, survivors and public health advocates, will collaborate with scientists across the research pipeline, from basic science to clinical trials. Through training in cancer biology, study design, community engagement and more, the community scientists help to translate complex science into plain language, identify barriers to participation and ensure studies reflect community needs. Program leaders emphasize that this bi-directional partnership strengthens research, empowers communities and helps ensure cancer research at Hollings is inclusive, relevant and impactful for South Carolinians.

Scientists at the U.S. Naval Research Laboratory are developing the next generation of solid-fuel ramjet (SFRJ) propulsion, addressing one of the field’s most persistent challenges: understanding and predicting what happens inside an operating combustor.

Over a decade of research at Harvard has produced a unified, physics-based framework for brain development that links genes to geometry, setting the stage for future studies on how folding patterns might contribute to neurological disease.