Inside Science
/
Article

BRIEF: Do You Know Your In-Flight Radiation Exposure?

DEC 13, 2016
An app based on a flight-based study could let frequent fliers who travel near the North Pole track their radiation exposure.
BRIEF: Do You Know Your In-Flight Radiation Exposure? lead image

Inflight image from high above Greenland.

Wasif Malik via Flickr

(Inside Science) -- During long flights crisscrossing the globe at high latitudes near the North Pole, there is another health risk for flight crews and passengers besides jet lag and deep vein thrombosis. It’s radiation exposure.

In an effort to improve safety for everyone on the aircraft, a team of researchers from Space Environment Technologies in Los Angeles has been using a group of six instruments to study atmospheric radiation on commercial flights at aviation altitudes. During 258 flights over and near the North Pole Automated Radiation Measurements for Aerospace Safety (ARMAS) and Upper-atmospheric Space and Earth Weather eXperiment (USEWX) projects have made dose rate measurements -- the amount of radiation received over a given period of time -- using a microdosimeter which measures radioactive particles from the sun and outer space.

This week at the American Geophysical Union meeting in San Francisco, members of the team presented this information during a poster session which showed the possible future for this real-time radiation measurements. Passengers would have an app on their phone where the ARMAS data would be updated every 15 minutes (sent directly from instruments on the plane to the traveler’s app). Anyone who uses the app would have data on their radiation exposure based on their flight history.

More Science News
/
Article
A new model for acoustic leaky-wave antennas offers more accurate predictions and better control over how sound beams are directed.
/
Article
Satellite-based quantum communication enables ultra-secure quantum key distribution.
/
Article
Over the last decade, the Lifetime Sample Tracking system has categorized materials from the 2D Crystal Consortium Materials Innovation Platform.
/
Article
A distinct nitrogen-vacancy configuration in hexagonal diamonds is predicted to have longer coherence times, yet similar electronic properties to vacancy centers in cubic diamonds.
/
Article
/
Article
/
Article
Classical approaches to verifying a subject’s position can be easily fooled. Quantum optics can help, but only if the systems are fast and have low loss.
/
Article
The sweeping federal financial assistance rule proposed by the Office of Management and Budget is on hold. The reprieve may be an opportunity for the rule to fizzle.