^^^You are correct, in the paper I referenced above they were also testing experimental scalp analogues to improve helmet testing.
I read this article on ESPN a few years ago about a custom mouth guards designed to help prevent concussions. The explanation offered seems plausible:
http://sports.espn.go.com/nfl/news/story?id=2314899Maher produces a skull to demonstrate how its parts, and his mouthguard, work. The lower jaw, or mandible, extends up from the chin, ending in a knuckle-like knob called a condyle. The skull, or temporal bone, makes up the rest of the head and houses the brain. In between the jaw and skull, at the temporomandibular joint, a dime-size disk of cartilage sits atop the condyle.
According to Maher, 64 percent of adults have misaligned mandibles. When someone who is "off his disk" is struck with sufficient force, the top of the jaw can be driven smack into the skull, causing a concussion. Maher says he can realign a patient's mouth to center the jaw and make sure the cartilage disk, not the brain, absorbs a hit to the chin, mouth or cheek. "The disk is like an air bag in a car," he explains.
Also, its interesting to hear that other sports are using significantly more advanced materials and technology than skiing. Ski helmets are pretty expensive, and the form is the main thing that's been improving. Other than poc, most companies dont really focus on safety. Aesthetics, audio systems, and the like seem to come first.
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