Glasses with a built in camera, linked to software and an earpiece, whisper into your ears the facial cues of the person you are looking at. I guess MIT is pretty awesome after all.

 Read more at the New Scientist

 

Every once in a while, I see design that makes me rethink the status quo and the technologies we’ve developed to accomplish certain tasks. One such design I find in pinhole glasses, based on the principle of stenopeic vision, or narrowing the beams of light that enter the eye.

In the US, stenopeic or pinhole glasses are often used to treat people who have cataracts. In developing countries, they open up a world of possibilities for correcting the vision of millions of people. Simple plastic glasses or goggles can be manufactured for a tiny fraction of the cost of lens-based glasses and they are more durable.

Stenop – Low Cost Glasses by Nacho Marti

Stenop are correcting glasses designed to poor people around the world with vision problems that can’t afford expensive crystal glasses. Glasses are replaced by rows of small holes using the concept of stenopeic vision. These holes have the effect of reducing the width of the bundle of diverging rays coming from each point of the viewed object. Just central rays reach the retina avoiding focusing errors. Stenop glasses can reduce 80% of myopia, hyperopia and presbyopia. The glasses are plastic made in one single piece and mass produced. They have a very low cost and can be heavily distributed worldwide around kids of poor schools. They are durable and can be done in different colors depending types of skin.

Another article on this revolutionary idea, this time from Ode Magazine

Clear VisionCraig Cox
At 41, Adimulam Devanand was losing his eyesight. A tailor and father of two children in the village of Gopal Pet, India, Devanand had turned over all the sewing work to his wife before finally seeking help at a local clinic. He was diagnosed with presbyopia, a vision disorder that gradually robs the eyes of their ability to focus.

A few years ago, Devanand would have returned to his shop with little hope of working again, but through an innovative micro-enterprise program, he was able to purchase a pair of glasses for 150 rupees (about $3.75) and get back on the job. “Now I can share all the work with my wife,” Devanand told the International Herald Tribune, “and business has doubled, thanks to my glasses.”

Devanand is one of an estimated 1 billion people worldwide whose poor vision has prevented them from pursuing a trade or education that could rescue them from poverty…

Click for Full Article

Want to help this cause? Check out the Scojo Foundation. They are one of many organizations working hard to make poverty history. Their approach? Let the people see!

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I found this online today…

Mobile Fitting technology lets people virtually try on glasses Those crazy Japanese — they just gotta make us envious with their technology uses. Now, their Megane Top (”Top Glasses”) superstore has started a new service to allow its customers to virtually try on glasses using their mobile phones.

Read on at intomobile.com

I think this sort of technology is really going to take off. Many online eyeglass retailers, such as EyeBuyDirect offer an “online fitting” service. Basically, you upload an image and then you can plop some frames over your eyes to get an idea of what they would look like in person. While a nice service, I think the technology could use some improvement. What if it automatically determined your face shape and recommended the best frames for an oval, heart-shaped, or rectangular face? Here is how it works. Go to the site above, scroll down a bit and on the left side there is an ad saying, “Discover our Virtual Try On.” Click on that. Once that page loads, you have to upload an image of yourself. You need a picture of yourself without your glasses on, so you might have to take a new one. I photoshopped my glasses out of an old picture. Next click on step 2. This is where the fun begins. I recommend finding your PD (Pupillary Distance — i.e., the distance between pupils, measured in millimeters). If you enter this number and click “show rulers,” then you can get an accurate representation of the ratio of frame size to your face size–what you have to do is put the two red lines that show up when you click “show rulers” and center your pupils over them. Next, you can rotate the image if you need to. I tried on the frame named “Sport” today. It is a basic $20 metal frame. I ordered a pair with an 80% grey tint to use as sunglasses. Click on the thumbnail for a full size image of me using the tool.

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