Is the Great Mirror Stagnation over?

“There hasn’t been much innovation with the mirror,” said Ming-Zher Poh, who, as a graduate student at the Massachusetts Institute of Technology, developed a bio-sensing system called the Medical Mirror.

Introduced in 2010, the Medical Mirror uses a camera to measure a person’s pulse rate based on slight variations in the brightness of the face as blood flows each time the heart pumps. A two-way mirror creates a reflection while keeping visible the pulse reading on a computer monitor behind the mirror’s surface.

And this:

Japanese electronics conglomerate Panasonic Corp. initially considered targeting household consumers with its digital mirror—a flat-screen display powered by a computer behind a two-way mirror—but the company decided to target business customers instead because of the price.

In July, Panasonic started accepting orders for its mirror—priced at nearly Y3 million ($38,000)—targeting physical rehabilitation centers.

At the Yokohama Rehabilitation Center in Japan, a test site for the device, 77-year-old Takao Yamamura uses the digital mirror to rehabilitate after suffering extensive nerve damage following a spinal cord infarction.

The full article is here.  One problem is that consumers do not buy new mirrors very often, plus they are used to prices below $38k.

Comments

Makes me think of the telescreens in Orwell's 1984, which could pick up changes in your pulse as well as being used for general spying.

i remember someone making a plane-ish mirror with non reversing optics.File under Mirror non-stagnation.

Mirror Inspector is a career I could really see myself doing.

Upon further reflection, I could see myself as mirror inspector supervisor.

ba-dump-bumb!

+2 in total.

the great mirror stagnation ended with this!
http://www.truemirror.com

h/t radiolab

Well, it will certainly bad luck when it breaks...

*be* bad luck

Mirror evolving a *lot* at the high end, where there is an actual need:

* Thin-film dielectric mirrors can have absurdly high reflectivities and can have precisely engineered spectral properties.
* Ever better tricks for making smoother surfaces are being used, and are needed to make use of high reflectivities.
* We are making adaptive mirrors which can compensate for refraction in the atmosphere.
* We are making bigger mirrors than before (for telescopes)
* We are inventing clever ways to make tiny mirrors (e.g. sticking dielectric films at the ends of optical fibres)

I'm sure there's more.

cidiel, I am totally agree with your thoughts. Keep doing these type of work.

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