A project at Penn State University and China's Hebei University of Technology has now developed a wearable sensor able to ...

If you have ever entertained yourself by reading comprehensive electronic-theory textbooks you’ll have seen references to technologies that sound really interesting but which you will rarely ...

The flexible sensor, ideal for use in the human body, uses laser-induced graphene to simultaneously but separately measure ...

The research team, led by Associate Professor Ryuji Okazaki from the Department of Physics and Astronomy at TUS, found that WSi2 is a promising candidate for transverse thermoelectric effect (TTE ...

Thermoelectrics are materials that can generate electricity from the application of a temperature gradient, or vice versa, through the thermoelectric effect. By exploiting this coupling between ...

The innovative sensor, leveraging laser-induced graphene, offers precise temperature and strain measurements, potentially transforming wound healing monitoring.

TECs can convert heat into electricity through the “Seebeck effect”, which occurs when ... interconnected with the opposing face of the thermoelectric device, and a switching mechanism ...

The running gear for this build is nothing fancy; it’s just a standard thermoelectric cooling module and a fan. The trick was getting the airflow over the module right. [Ben] uses two air inlets ...