A water-based conductive ink developed at Pennsylvania State University dries in under ten minutes, forming flexible electrodes that capture ECG, EEG, and EMG signals — even on hairy or sweaty skin. In lab tests, participants wore the painted sensors through 12 hours of daily activity. The study was published in PNAS.
(c) Kindel Media

Ingenieros de Penn State pintan sensores de salud directamente sobre la piel en cualquier color

DESIGNBOOM

Una tinta conductora a base de agua desarrollada en la Universidad Estatal de Pensilvania seca en menos de diez minutos y forma electrodos flexibles que capturan señales de ECG, EEG y EMG, incluso en piel con vello o sudoración. En pruebas de laboratorio, los participantes llevaron los sensores pintados durante 12 horas de actividad diaria.

Read Full Story
← Back

Entradas relacionadas

Los Más Leídos

A new type of smart glasses displays real-time captions of spoken conversation directly in the lens as a small green overlay, using directional microphones and AI noise filtering — and no camera. The glasses run two days per charge, support live translation, and fit prescription lenses, making them a discreet daily option for people with hearing difficulties.
Nuevas gafas inteligentes transcriben conversaciones sin cámara furtiva
Xiangqi Chen left China, and opened the OUT Museum in San Francisco's Chinatown — the first of its kind for Chinese and diaspora queer artists. Launched in May 2026 with over 2,000 early supporters, the bilingual museum has already brought together generations and families across lines long considered uncrossable.
Un museo de arte queer chino abre en el Chinatown de San Francisco
Museo Omero in Ancona, founded by blind couple Aldo and Daniela Grassini in the early 1990s, is Italy's only publicly funded tactile museum, where visitors touch replicas including Roman and Greek statues and the head of Michelangelo's David. Since 2012 it has occupied the 3,000-square-meter Mole Vanvitelliana.
El único museo público táctil de Italia invita a tocar el arte
Researchers have developed jackets made of a fabric that can harvest moisture from ambient air and channel it into detachable units, producing 400 to 900 milliliters of drinkable water per day. The same textile could be adapted for use in backpacks or tents for emergency responders and remote use.
Una chaqueta que extrae agua potable directamente del aire