Bubba Watson will spot a good amount of green around the Olympics golf course in Rio de Janeiro. However it won’t become the same green average folks see. Filtered through specially tinted oakley sunglasses au, Watson’s version could have heightened contrasts that accentuate some colors and downplay others. It’s a modified view of the playing field that he and a handful of other Olympians hope will in the end help them see another color this August: gold.
Whether it’s clarifying the subtle undulations around the fairway or highlighting white lines on race track, Oakley says its new Green Fade sunglasses attempt to give athletes a position by filtering light and creating precisely what is essentially an artificial color spectrum optimized for that sport they play.
And prior to deciding to scoff at the thought of performance-enhancing sunglasses, there’s actually some actual science (and logic) behind Oakley’s tinting technology. “If sunglasses filter certain colors, then the eye’s response curves is going to be addressing the transmitted colors and never responsive to the blocked colors,” says Steven Jacques, an optics researcher at Oregon Health & Science University. “To put it differently, the wavelengths observed are actually ‘more defined.'”
Defining specific wavelengths can have benefits for many athletes. Just ask Kerri Walsh, who will wear sunglasses australia around the Copacabana sand in Rio. Walsh says the tinting technology enhances whites against blues and might help her track the volleyball from the sky. “Most competitions are during the day, and sun is a huge variable,” she says. “Seeing the ball as quick and clear as you possibly can is really a game changer.”
Filtering colors ultimately brings about losing visual information, it can be a strategic sort of loss for athletes. “This may be a benefit if there are colors which were distracting,” says Jacques.
Ridding yourself of or minimizing those distractions means fussing using the wavelengths from the visible part of the electromagnetic spectrum. A few of these wavelengths are shorter, like dexopky62 and blue, plus some are longer, like orange and red. By using specific dyes in the polycarbonate they make lenses out of, Oakley engineers can alter transparency and opacity to specific wavelengths. To view the subtle nuances of a blue ocean, as an example, engineers might screen the greens.
Most Prizm lenses have 3 or 4 distinct peaks with their light transmission profile. Highlighting those peaks creates a gap on both sides of any specific wavelength. As outlined by Oakley, this tuning helps athletes pick-up on nuances otherwise missed with all the naked eye. As opposed to washed out, dull, or flat landscapes, certain details and objects pop-like a baseball, by way of example. The Oakley field lens should really create the white of any baseball to stand out against both a blue sky and a green field (colors also helpful for track athletes in Rio, who’ll put them on to aid see painted lines). “It is very very easy to dull white, but not as simple to help make white even brighter,” says Wayne Chumbley, ray ban aviators performance lab manager. “The best way is actually by dulling the nearby colors.”