michael_cain writes "I've been asked (by family, friends) to consider several small embedded controller projects. A good starting point for all of them would be a backlit LCD graphics module with touch screen pre-mounted in a plastic enclosure with enough room behind the display for a custom circuit board. 320-by-240 pixels, 3.5 to 4.5 inch diagonal measure, monochrome is sufficient (but color is always cool), easily driven by an AVR or PIC type microcontroller. And priced at a reasonable point for a hobbyist! Anyone seen anything like this?"

An anonymous reader writes "3 graduate students from University of Tokyo, Carnegie Mellon University, and the University of Tsukuba have developed a colloidal display — a clear projector screen that can control its transparency. Normally soap film will allow light to pass through, but the colloidal display does not. It mixes colloid into the solution and uses ultra sonic speakers to vibrate the surface of the soap film to achieve this. They have created several prototypes, such as 3D planar screen, to show how this technology can be useful."

Nate the greatest writes "I'm sure you've heard about the color E-ink screen which was rumored to be used on the next Kindle. As of today, E-ink no longer has that market niche to themselves. Plastic Logic held a press conference in Russia this morning where they unveiled a new color screen that uses their plastic-based screen tech. The resolution is low (75ppi), but if the video is any sign, then this might be a better screen than the 9.7" Triton color E-ink screen used on the Jetbook Color. And that's not all Plastic Logic showed off this morning; they also developed a frontlight for their screen, and they can play video at 12 frames per second. But best of all, they cut one of their screens in half just to show that it could still work."

dartttt writes "Florian Echtler has developed an open-source driver for the Microsoft Surface 2.0 touch screen. According to him, the open source implementation works surprisingly well on Ubuntu 11.10. The process requires you to boot Linux on your Surface 2.0 in the first place. However, it can be done by just booting Ubuntu from a USB hard disk without modify anything on the original Win7 installation."

surewouldoutlaw writes "Remember that scene in Fantasia where Mickey turns all the brooms into an army of workers? Well, Disney isn't quite there, yet. But scientists with the company's research lab at Carnegie Mellon University in Pittsburgh have been able to turn virtually any surface, including liquid water and the human body, into a multi-touch interface. The new system is called Touché, and it is as awesome as it sounds."

sciencehabit writes "Three years ago, a stone-throwing chimpanzee named Santino jolted the research community by providing some of the strongest evidence yet that non-humans could plan ahead. Santino, a resident of the Furuvik Zoo in Gävle, Sweden, calmly gathered stones in the mornings and put them into neat piles, apparently saving them to hurl at visitors when the zoo opened as part of angry and aggressive 'dominance displays.' But some researchers were skeptical that Santino really was planning for a future emotional outburst. Now Santino is back in the scientific literature, the subject of new claims that he has begun to conceal the stones so he can get a closer aim at his targets—further evidence that he is thinking ahead like humans do."

yyzmcleod writes with this excerpt: "A research team at Queen's University has created a human-scale 3D hologram pod that allows people in different locations to videoconference as if they are standing in front of each other. Called TeleHuman, the technology is the creation of professor Roel Vertegaal, director of the Human Media Lab, and his graduate team at the Queen's University in Kingston, Ontario. Similar to the Star Trek holodeck, participants can walk around the 3D hologram of the remote person they're talking to and view them from all sides. More importantly, the system captures 3D visual cues that 2D video miss, such as head orientation, gaze and overall body posture."

redletterdave writes "On Thursday, researchers at MIT announced a breakthrough in glass-making technology, which basically involves a new way to create surface textures on glass to eliminate all of the drawbacks of glass, including unwanted reflections and glare. The research team wanted to build glass that could be adaptable to any environment: Their 'multifunctional' glass is not only crystal clear, but it also causes water droplets to bounce right off its surface, 'like tiny rubber balls.' The glass is self-cleaning, anti-reflective, and superhydrophobic. The invention has countless applications, including TV screens, as well as smartphone and tablet displays that benefit from the self-cleaning ability of the glass by resisting moisture and contamination by sweat."

suraj.sun writes with news that a new patent suit has been filed against Apple over all of the company's touch-based products. From the article: "According to the complaint (PDF), Professor Slavoljub Milekic conceived a system that used a touchscreen that allowed children to move virtual objects around the screen, which he used to build interactive displays for the Speed Art Museum in Louisville, KY, in 1997, and filed for a patent on his design that same year. The patent in the suit, U.S. Patent #6,920,619 named 'User interface for removing an object from a display,' was issued by the U.S. Patent & Trademark Office in 2005. According to the lawsuit, Milekic formed FlatWorld Interactives in 2007 to 'promote and commercialize' his invention. Curiously, FlatWorld was incorporated on January 2007, just weeks after Apple announced the original iPhone at Macworld Expo. In July 2007, just after Apple shipped the original iPhone, FlatWorld filed a reissue request for the patent, which appears to have been done in order to modify some of the patent's dependent claims."

New submitter seb42 writes "Pixel Qi announces new screens that can match or exceed the image quality of the screen in the iPad3, with a very low power mode that runs at a full 100X power reduction from the peak power consumed by the iPad3 screen. Hope the Google tablet has this tech." The claims are pretty bold, and specific: "We have a new architecture that matches the resolution of the ipad3 screen, and its full image quality including matching or exceeding contrast, color saturation, the viewing angle and so forth with massive power savings."

New submitter cb_is_cool writes "From the Beeb: 'The Pentagon has put in an order for prototype contact lenses that give users a much wider field of vision. The lenses are designed to be paired with compact heads up display units — glasses that allow images to be projected onto their lenses.' Hopefully, any mugger within 50 yards will have a red status bar above his head. 'The central part of each lens sends light from the HUD towards the middle of the pupil, while the outer part sends light from the surrounding environment to the pupil's rim. The retina receives each image in focus, at the same time."

mpol writes "Statcounter released new statistics today and 1366x768 is now the most used screen resolution on the internet. These screens are available in most cheap laptops, and therefore probably sold and used very much. With 19.2%, it is beating the old 4:3 resolution, which still has 18.6% usage share. (But as you know, you have lies, damn lies, and statistics.)" The numbers are still close, but it sounds like the tide has turned.

An anonymous reader writes "New York City is planning an upgrade to its aging pay-phone infrastructure. A pilot program will next month install 32-inch touchscreens in 250 phone booths throughout the city. The screens will display "local neighborhood information, including lists of nearby restaurants, store sales in the area, traffic updates, landmark information and safety alerts — in multiple languages.' They will facilitate the 311 service, and also allow people to file complaints or request city information. The good news is that these screens won't cost the taxpayers anything. The bad news is that they will be supported by advertising. The plan is to eventually support Skype calls and email, and to integrate Wi-Fi hotspots."

MojoKid writes "In preparation for the arrival of their 3rd Generation Core processor products based on their Ivy Bridge microarchitecture, Intel has readied a new chipset dubbed the Z77 Express. New socket 1155 Ivy Bridge processors offer 16 lanes of PCI Express 2.0 or 3.0 connectivity on-die and they feature integrated dual-channel, DDR3 memory controllers with maximum officially supported speeds of up to 1600MHz. The processors are linked to the Z77 chipset via Intel's FDI (Flexible Display Interface) and 20Gb/s DMI 2.0 interfaces. The chipset itself is outfitted with 8 more PCIe 2.0 lanes, six ports of SATA (II and III), an integrated Gigabit MAC, and digital display outputs for up to three displays. Making its debut for the first time in an Intel chipset is also native USB 3.0 support with four USB 3.0 and ten USB 2.0 ports built in."

An anonymous reader writes "Amazon doesn't show off prototypes unless it is pretty confident about the tech, so you may be surprised to find the next Kindle is probably going to have a front-lit display. The lighting tech comes from a company they purchased back in 2010 called Oy Modilis. It specialized in such lighting and has patents related to whatever Amazon decided to use. The display is meant to be lit in a blue-white glow, and if it's anything like Flex lighting probably won't impact battery life too much. The question is, does anyone really want or need a light for their Kindle?"

zacharye writes with this snippet from BGR: "Nearly a dozen suspects have been arrested and charged with crimes related to the theft and sale of AMOLED display technology under development at Samsung. Yonhap News Agency on Thursday reported that 11 suspects either currently or formerly employed by Samsung Mobile Display have been arrested. One 46-year-old researcher at Samsung is believed to have accepted a payment of nearly $170,000 from an unnamed 'local rival firm' in exchange for trade secrets pertaining to proprietary Samsung technology used in the company's AMOLED panels..."

New submitter alancronin writes "Computer and IT giant Dell said today it will acquire privately held Wyse Technology, a company that specializes in what it calls 'cloud client computing.'"

MrSeb writes "LG has just announced it has begun mass production of the world's first flexible, plastic e-ink display, with finished devices expected to hit Europe next month. LG says these plastic displays are half the weight (14g) and 30% thinner (0.7mm) than the hard, heavy, prone-to-cracking glass-laminate e-ink displays found in e-book readers like the Kindle and Nook. The press release says the plastic display survives repeated 1.5-meter drop tests and break/scratch tests with a small hammer, and that it's flexible up to 40 degrees from the mid point. Technology-wise, it's not very clear how LG's e-paper actually works. The press release suggests LG is using a conventional TFT process, which hints that they've cracked Electronics on Plastic by Laser Release (EPLaR). EPLaR is basically a technique of embedding electrophoretic ink capsules in a plastic substrate, but using existing TFT manufacturing processes, rather than building a whole new factory (unlike E Ink, which makes displays for the Kindle and other e-book readers). If this is the case, then other LCD manufacturers like Samsung and Sharp could start producing e-ink displays as well, hopefully driving prices down and further improving the display technology."

silentbrad writes with this excerpt from Boy Genius Report: "Some believe a future full of massive, gesture-controlled computer displays like the ones seen in Twentieth Century Fox's Minority Report are an inevitability, and a prototype PC designed by an intern with the Microsoft Applied Sciences Group may be among the first steps in making that future a reality. Massachusetts Institute of Technology Ph.D student and MIT Media Lab research assistant Jinha Lee recently set out to change the way we interact with desktop computers. While progress has been made with 3D display technology, 3D has not yet proliferated in the personal computing space and Lee wants to change that. The end result of his work is a fascinating desktop computer with a transparent 3D display and a unique gesture-based interface that could change the way we use computers."

New submitter upontheturtlesback writes "Another example of Star Trek technology becoming a reality. In light of the recent Tricorder X-Prize announcement, Dr. Peter Jansen has openly released the designs for a series of Science Tricorders that he developed while a graduate student at McMaster University. The Science Tricorders are capable of sensing a variety of atmospheric, electromagnetic, and spatial phenomena. Where the Science Tricorder Mark 1 is a relatively easy-to-build proof of concept, the Science Tricorder Mark 2 runs Linux and resembles a cross between a Nintendo DS and scientific instrument with dual OLED touch displays. An exciting video shows them in action, and describes the project goal of creating general scientific tools for learning about and visualizing the world, as well as their importance for science education by helping kids understand abstract concepts like magnetism or polarization visually. The hardware schematics, board layouts, and firmware source are freely available on the Tricorder project website under various open licenses."