It’s another Sunday and teams across the U.S. will take to the grid iron in an effort to scratch another W. These players will play the same as any other Sunday, and like any other Sunday, the sport’s biggest threat will remain unaddressed. Sixty-nine concussions have already been reported this year, and odds would suggest, more will be added in the next few hours.
But maybe science can team up with the National Football League to find some answers. According to Science News, ongoing research reveals that embedding magnets in helmets could help limit the amount of force felt by players when involved in head collisions. This research was revealed yesterday at the annual meeting for the Society of Neuroscience and is a participant in the NFL’s Head Health Challenge.
Raymond Colello, a neurobiologist who detailed some of his work on Saturday, says that manufacturers create helmets to disperse impact energy as effectively as possible, but magnets could start working on limiting damage even before a collision happens. Completely solving concussions in the NFL is a near impossible task. Hard hits are going to happen, and those hits will have neural repercussions, but magnets could go a long way in trying to drop the amount of reported concussions in the league. The magnets themselves would be placed one-fourth of an inch apart and would produce a repelling force of 100 pounds. Colello details the possible benefits:
“At 48 inches, if you dropped a standard helmet and it hit a stationary object, it would create 120 g’s of force. With the magnets we drop that below 100 g’s.”