Krista Burns

Imagine snapping a photo where every detail, near and far, is perfectly sharp—from the flower petal right in front of you to the distant trees on the horizon. For over a century, camera designers have dreamed of achieving that level of clarity.

Students, staff, and community members gathered in the Rogers Creek Elementary School gymnasium on Tuesday, Nov. 11, for the school’s annual Veterans Day program - a heartfelt tribute to the

Carnegie Mellon engineering researchers have designed the first microfabricated stainless steel neural probe that allows for safer, more accurate brain sensing.

Media Inquiries Name Cassia Crogan Title University Communications & Marketing Email Phone 412-268-9295 Carnegie Mellon researchers have proven that widely available earbuds can double as heart-monitoring devices, capturing subtle cardiac activity with near-clinical accuracy and potentially expanding access to long-term, at-home care. By repurposing built-in components, the team transformed these commonplace devices into heart-vibration sensors that measure heart valve activity with nearly the same accuracy as chest-mounted medical devices.

Carnegie Mellon researchers have proven that widely available earbuds can double as heart-monitoring devices, capturing subtle cardiac activity with

Researchers show that regular earbuds can be turned into heart-vibration sensors that measure detailed heart valve activity almost as accurately as chest-mounted medical devices.

Researchers aim to develop a swallowable smart pill that temporarily operates in the gut to gently adjust nerve activity linked to stress.

Researchers developed a novel long-range detection and localization system that can identify interfering transmitters in radio quiet zones.

A tiny implanted wire bundle can relay scalp-delivered electricity deep into the brain, enabling precise stimulation.