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Applications range from movie production to robotic navigation systems

Benjamin Hobbs and Mahdi Mehrtash's analysis highlights benefits of strategic scarcity costs.

Open-source tool helps researchers make the most out of spatial transcriptomics data when studying disease development and progression.

Researchers’ simulated attacks spotlight new risks.

Novel chemical analysis by a Johns Hopkins-led team provides insight into safety of Maryland-grown greens.

System comprises a silicon “brain” in layers of connected neurons.

Emad Boctor and Seth Billings's approach converts light into sound, activating damaged eye cells.

Researchers release a new algorithm that promises to help restructure the human reference genome into a more powerful—and inclusive—graph-based representation.

Data gathered using software developed by Johns Hopkins University computer scientists will have 'huge implications' for understanding human health and evolution.

Pinpointing key daily windows could optimize analysis of mysterious fluctuations.

Missed doctor appointments, school tardiness, air pollution—Megan Latshaw unpacks a new CDC report on access to transportation.

Understanding "dynamic partitioning" of proteins could advance treatment of diseases caused by dysregulation of cell signaling or movement.