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A University of Maryland-led research collaboration received a $4.6 million grant to improve rehabilitation interventions for patients with sensorimotor impairments resulting from a stroke, as well as for older adults who face a high risk of falls. Funded by the National Institute on Disability, Independent Living, and Rehabilitation Research, the research team will work to develop technology-enabled therapies and novel techniques to assess impairment. The group hopes that their innovations could augment clinical and home-based treatment options.

A team of researchers from the University of Maryland has received funding from the (link is external) (ARL) to develop innovative computational methods that can simulate the effect of low-frequency electromagnetic fields on human organs.

Cybersecurity threats don’t just come from clicking a link in the wrong email. In recent years cybersecurity threats are being directed against the integrated circuit (IC) chips that run every computer—from top secret super computers, to your laptop, to Internet of Things devices like your “smart” TV or thermostat. Today, a well-placed cyberattack on IC chips could potentially impact billions of devices. But currently, there are no widely used common tools, methods or solutions to make designing and manufacturing IC chips more secure.