Lab lunch
I surprised my students by having lunch in a cafeteria they had never been to before!
Detecting ion levels, changes to monitor health
Our work detecting breast cancer non-invasively was covered in a magazine article in IEEE Pulse. Article: pdf
Update long overdue
It’s been quite a busy time and a lot has happened since our last post. Arnau and Tara graduated with flying colors and are now continuing their careers at Harvard University and Duke University. We are very proud of them! Our lab is also expanding and we are very happy to welcome Raj, Albert, David, and Sam! Stay tuned, more exciting news coming soon.
🥇Elaine also wins the Richards Alumni Undergraduate Scholarship!
Elaine is on a roll! We are very happy for her!
One ring to rule them all 💍
Tara is currently working on a project sponsored by Happy Health to develop and characterize a new smart ring that measures the electrical resistance of the skin to predict mental stress!
If you are interested in biomedical devices and vital sign monitoring, this is the place to make it happen 😀 |
🥇Henry wins the 2021-22 ARCS Scholarship!
Way to go Henry! The event will be held April 28, 2022 at noon at the Moran Eye Center.
🥇Elaine wins the Robert G. & Mary Jane Engman Endowed Scholarship!
Congratulations Elaine!
We welcome Arnau to the lab 🤖
We are excited that Arnau joined the lab to do his MS thesis. Arnau work is focused on state-of-art physiological measurement wearable devices and to collect data relating robot state to psychological stress and safety in proximal human-robot teams 🤖.
We welcome Tara to the lab!
We are really happy that Tara joined the lab. She is going to work on a really cool project that involves measuring skin electrodermal activity with a smart ring 👀
A new device to diagnose skin cancer
Skin cancer is still detected using visual examination, a method of limited reliability for early detection, subtype determination, or measuring the extent of skin invasion. With the Huntsman Cancer Institute (HCI), we have validated a new device, named URSKIN, that exploits changes in the electrical properties of skin that occur during cancer cell development by using a technique called non-visual electrical impedance demography (EID).