Inside Science
/
Article

Smartphone App Helps Spot Concussions

OCT 15, 2021
A phone app might help diagnose a concussion on many sports fields.
Inside Science Contributor
Smartphone App Helps Spot Concussions

(Inside Science) -- In sports, concussions happen. High school and college athletes suffer most often in football, ice hockey and soccer. Concussions don’t always mean being “knocked out” or losing consciousness -- other symptoms include confusion, dizziness and vision problems.

In sports, with a head injury, time is of the essence. Any possible concussion needs prompt attention because sometimes there’s potential for a more serious injury.

Now, fast help can be right at the fingertips. One way to look for signs of a concussion is to measure how the iris in the eye responds to light, and researchers have developed an app that can be used on the field to help test that. The app uses the flash on the smartphone’s camera to shine light in the eye and then the camera measures the pupil dilation. Coaches and physicians at the game or practice can use the data collected to see if the person shows characteristics of a concussion.

More Science News
/
Article
There are tens to hundreds of billions of photons in a single firefly flash, a number that has historically been overestimated.
/
Article
The protein’s electrostatic field is the most important factor in the intensity of its light emission.
/
Article
A growth factor speeds up motion of skin cells during wound closure by changing the distribution of forces.
FYI
/
Article
The agency released plans to develop a quantum computer to advance scientific R&D following two presidential orders on quantum.
/
Article
The specialized devices are democratizing access to cosmic-ray experiments.
/
Article
Europe’s particle physicists choose a 91 km electron–positron collider as the next global flagship project.
/
Article
The seasoned high school physics teacher challenges students to engage in an increasingly distracted world.
/
Article
Some physicists at the early cyclotrons used their vision to locate high-energy particles. Since then, medical researchers have gained a better understanding of how particles can interact with the human eye.