You have a point there but it kind of depends on the definition of “Nanotechnology” that one uses. The consensus is anything under 1 micron.

uses 0V!!!

dont have light in shirt, dont waste dangerous chemicals on clothing get Led torch in case you ever want to illuminate your clothes for closer inspection, watch yourself walking along or see where you are going in the dark

also has the added benefit of not working those extra days to afford the new technolgy also leading to more daylight hours to enjoy clothings true colours.
feel free to use this design feature in any product you are developing. the licence is open source. free designs for the product development community

Thank you so much for your comment! Frankly, I almost 100% agree with you words, with exception of one thing - I do like the idea of a flying car and I cannot wait till this one http://www.moller.com/skyc.htm is going to be on sale

On a serious note though, since you’ve touched on a topic of being environmentally friendly, I am going to add a few words.

The development of nano-light sources will further advance “Lab on a Chip” technology allowing for a compete replacement of “macro-size” analytical instruments that are routinely used in Pharmaceutical and Biotech industries for Quality Control and produce tens of thousands gallons of liquid chemical waste as well as significantly reducing the power consumption.

Just like the idea of a flying car, light-up clothing is an idea that nobody wants. What people DO want is a low-power tube or bulb that they can put in existing fixtures that will use micro-amps to generate light.

Please use this to help humanity reduce energy consumption and avoid the marginalization fate of all the other light-emitting ideas that did not fit into eighteen gazillion existing light sockets that are now burning tungsten.
Thanks/

What it means is that at 100 V it becomes so intense that it can be seen by a human eye, it does not imply that it requires 100 V to operate.

Also “at 100 V” does not mean at 100 Amps. The static electricity that shocks you is at around 100,000 V but the current is extremely small. Since this device is so tiny, it probably takes only a few nano-amps to start glowing.

other then that seen if you can get it powered easly for long period of time these will be frequently seen in clubs.

Heh, take a 1N914 diode (clear glass envelope; it’s NOT an LED) and do the same - it’ll glow orange for a little while too, and get hot…

How come all they could find was a ChemProf at princeton to comment on a Cornell event?

Para iluminar el nanomundo, un equipo de investigadores de la Universidad de Cornell ha construido nanolámparas microscópicas, nanofibras emisoras de luz del tamaño de un virus que podrían permitir el uso de dispositivos electrónicos flexibles com…