Ink Breakthrough Heralds Bendy PC Screens
An anonymous reader writes "Researchers claim to have developed a type of soluble semiconductor ink which could help to make bendable computer screens a reality. Developed at Polyera and BASF Future Business, the ink carries an N-Type negative charge. Previously, semiconductor inks have only been able to carry a positive charge. The new ink can be printed onto any flexible material, including plastic and paper, using only a modified ink-jet printer."
As if I didn't already spend enough money on those damn cartridges.
Alchemist: Be Thou For the People
Why, exactly, do we need bendy computer screens?
Am I missing something? Even TFA doesn't say how this is a major step forward for bendable computer screens.
Yes, I am obsessed with ellipses.
The article is very light, but let it be known that N-type organic semiconductors have conductivities that are orders of magnitude lower than their P-type counterparts. They are usually much less stable too. If they managed to get something that doesn't need inert athmosphere, encapsulation and can transport a fraction of charges the p-type conjugated materials do, it would be a breakthrough. But I'm really not holding my breath. As someone working in the field, it sounds like vaporware to me.
Res publica non dominetur
It's possible this "could" lead to bendable screens, but the technology isn't complete enough to be used in that way.
Saying this tech could lead to bendable screens is a lot like saying that nanotubes "could lead to" a space elevator.
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the ink carries an N-Type negative charge. Previously, semiconductor inks have only been able to carry a positive charge.
Do you have any idea what this means?! The possibilities are mind-boggling! You'll be able to put the batteries in backwards!
How can I believe you when you tell me what I don't want to hear?
Well, I think the crucial difference between what TFA is talking about and you're talking about is bendable screens that keep working after you bend them.
Welcome to the Panopticon. Used to be a prison, now it's your home.
It seems to me that instead of flexible computer screens (which already exist), this could be more interesting to the hobbyist market where you could sell an inkjet printer that had conductive ink cartridges to print out circuit boards for people to play with.
Sure, there are already low cost fab options out there, and people can always use breadboards, but this seems like it would let you do small one-off projects that aren't obviously built on a breadboard.
Just print out the board (with included markings for all of the components), attach the components somehow (solder won't burn through paper, but I don't know about the ink--is it heat resistant?) and watch your project light up. It might even be easier: Print the paper out, paste it on a piece of dense foam, and poke your components through the paper, maybe with a tiny dab of electrical paste/glue on each one.
I could see kits being sold to kids in the vein of those old Radio Shack kits that had springs to attach each wire, only this would let you build something better than a primitive two bit adder. I'm thinking about "make your own laser pointer", build a programmable remote control, build your own robot control board (with attachment points for the leads to the servo motors).
The downside is that ink-jet cartridges are not in any way standardized, and the companies are downright hostile to third parties that try to create compatible cartridges. Convincing HP or Lexmark to make expensive (well, ok, they already like expensive) low volume cartridges is a lost cause as well.
I read the internet for the articles.
3-5 years away? Am I right?
If only I lived 3-5 years from now...
Game... blouses.
I believe that's the point. If we can merge the advantages of paper with the advantages of electronic information, there will no longer be such thing as "paper copies". Imagine having a sheet of paper to scribble on. Now imagine that someone half-way around the world can see what you're scribbling. Imagine an architect rolling out blueprints for a client, then making changes right there as they speak. Imagine being able to add annotations to any document without damaging the original. Imagine being able to put up an advertisement poster that never needs to be removed.
Some of these items can be partially accomplished today with laptops and various display technologies. However, electronic paper would drive down the price of displays and increase the convenience and effectiveness of the interface.
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