BigSes writes "I had been in the amusement repair industry (video gaming, pinball, jukeboxes, etc) for more than a decade, but have recently taken a new career path. I still greatly enjoy tinkering with all the electronics, and collect many arcade games and pinball machines for my home. I always had access to EEPROM / PROM / PIC / GAL programmers on the job, but never owned one personally. I'm finding it difficult to work within my chosen hobby without one, and ordering pre-programmed chips can be cost prohibitive for some projects. I would love it if some of you professionals or other hobbyists out there could recommend a great programmer that supports a large number of chip formats for me to use. I'd like it to be something USB, more modern than Serial or Parallel port (usually what we had in the old days) and preferably sub-$300, new or used. There are tons of Chinese import types on eBay, but I'd hate to spend $80+ if I am unsure of the quality."

DeviceGuru writes "Two startups are about to go chrono y chrono with competing Android gizmos. The I'm Watch exclusively targets smartwatch applications, whereas the WIMM Platform is meant to create 'a new market of connected wearable devices that deliver timely, relevant information at a glance' — of which smartwatches are but one example. The Italian-designed I'm Watch runs a customized Android 1.6 on a 454 MHz ARM9 processor with just 64MB of RAM; the WIMM module, a product of Silicon Valley, runs Android 2.1 on a 667 MHz ARM11 CPU. Would you actually wear one of these things?" Personally, I'd rather have an IBM watch running Linux.

jldailey618 writes "Nokia just unveiled an OLED smartphone that is controlled by flexing the device with both hands. By bending corners and pushing the sides inward and outward, the user can scroll, zoom, and select. 'Researchers would not discuss exactly how the processor behind the twisty screen functioned, but they did say that it would be compatible with most current operating systems.'" Reader jones_supa adds a link to The Inquirer (with video), which points out that the twist-based (rather than poke-based) interface means "you can do many basic functions such as scrolling, zooming and answering calls even while wearing mittens."

First time accepted submitter AtomicAdam writes "I guess all that waiting and hoping was in vain. HP just sent out an email officially claiming to be out of TouchPads. 'Dear Valued Customer: Making sure customers have a positive experience when they purchase our products is a priority for us. In some cases, limited inventory makes it challenging to fulfill all customer orders. As you signed up for updates on the HP TouchPad, we wanted you to know that we are officially out of stock. Some retailers will have some stock available, but our online inventory is depleted.'"

An anonymous reader writes "Italian roboticists have built a quadruped robot called HyQ that can walk, trot, jump, and rear. Unlike with another quadruped project, the famous BigDog from Boston Dynamics, the Italian team wants to make their design 'as open as possible,' so other research groups can use it to collaborate. HyQ is a hydraulic system with torque-controlled, compliant legs. It's currently tethered, but the researchers plan to make the robot self-contained with an on-board pump, add a head with cameras and laser-range finder, and take it for tests outdoors."

crookedvulture writes "The initial reviews of the first Bulldozer-based FX processors have revealed the chips to be notably slower than their Intel counterparts. Part of the reason is the module-based nature of AMD's new architecture, which requires more intelligent thread scheduling to extract optimum performance. This article takes a closer look at how tweaking Windows 7's thread scheduling can improve Bulldozer's performance by 10-20%. As with Intel's Hyper-Threading tech, Bulldozer performs better when resource sharing is kept to a minimum and workloads are spread across multiple modules rather than the multiple cores within them."

An anonymous reader writes "The days of dealing with very reflective glass panels may soon be behind us. Nippon Electric Glass has used the FPD International 2011 conference in Japan this week to show off its new 'invisible glass' panel. What NEG has done is added anti-reflection films to both the front and back of the glass that are only nanometers thick. Look at a typical sheet of glass and you will see about 8% of the light reflected off of it. With NEG's anti-reflection film in place, that is reduced to just 0.5%."

eldavojohn writes "As detailed in the journal Science (abstract), a new compound composed of cobalt, iron and oxygen with other metals presents us with the most efficient way (found so far) of splitting oxygen atoms from water. These ten known compounds provide a reactivity rate that is at least an order of magnitude higher than what is currently known as the gold standard in such reactions. During their research, the team discovered that the reactivity is dependent on the configuration of the outermost electron of transition metal ions, which they exploited to develop this efficient catalyst. For rechargeable batteries and hydrogen fuel, this is exciting work from MIT's Jin Suntivich, Kevin J. May, Hubert A. Gasteiger, and Yang Shao-Horn, and the University of Texas's John B. Goodenough."

angry tapir writes "In less than a decade, a microprocessor core could be no bigger than a red blood cell, the CTO of ARM has predicted. ARM has already helped develop a prototype, implantable device for monitoring eye-pressure in glaucoma patients that measures just 1 cubic millimeter, CTO Mike Muller said at ARM's TechCon conference. At the conference the company also introduced its first 64-bit chip. The ARMv8 adds 64-bit addressing capabilities, an improvement over the current ARMv7-A architecture, which is capable of up to 40-bit addressing. The architecture puts ARM into more direct competition with Intel and its 64-bit Xeon processors."

First time accepted submitter Jherico writes "Andrea Rossi (covered here a few times before) is scheduled to bring his 1MW plant online Oct. 28th. This will likely either be the point where 'unexpected technical difficulties' unmask this for the scam it is, or the presence of an actual 1MW plant with no chemical fuel source will silence a lot of skeptics. What would you do if it were real?"

OzPeter writes "As reported in WA Today, Tony Fadell of iPod fame has been using Nest Labs to design and build a thermostat that learns how you live in your house by following how you manually change the temperature. Once you have taught it how to behave, it then can schedule temperature changes that suit your lifestyle, and help you cut down on energy costs."

An anonymous reader writes "Frostytech gets to the heart of Zalman's CNPS11X heatsink by cutting a section of heatpipe from the CPU cooler to inspect its inner composite heatpipe wick structure. Now that's an in-depth heatsink review! Interesting photos of the dissected heatpipe's composite wick — sintered copper powder on top and axial groove wick below — that you're unlikely to see elsewhere. In the late 1960s the first commercial heatpipes were used by NASA to stabilize satellite temperatures; now they stabilize multi-core processors."

Hallowe'en is just around the corner. I've spent hours this month poring over masks, fog machines, automated monsters, and sound-activated dancing skeletons (mostly too rich for my blood), and worked with my brother and sister to haunt my mom's house with scary pictures, mounds of spider-webbing, sound effects, strobe lights, stage blood, candles, and rusty knives. Like every year, though, the best laid plans are the ones you come up with after the fact (why do I always plan to build a coffin with Bible-repelling magnetic lid and matching Bible, but never do?), and while our effort was fun and satisfying, it definitely didn't push the envelope. (There's plenty of good inspiration out there, though, for people who do want to go a little crazy.) So I ask: What are you doing to celebrate the spirit of Hallowe'en? In particular, are you using any good stagecraft-style tech to make your dwelling, yard, or neighborhood just a little bit scarier than usual? Any good advice based on previous haunting experiences, either as haunter or hauntee? What effects do you wish you could create, given enough time and money? Do you control any aspect of your display by computer? Think broadly: Links to inspiring commercial haunts, sources of interesting gear, and your favorite house-haunting projects at Instructables are all welcome, as well as relevant advice from the parts of the world where Hallowe'en isn't the major event that it is in the U.S.

coondoggie writes "The U.S Department of Energy wants researchers and scientists to 'think outside the box' and come up 'highly disruptive Concentrating Solar Power technologies that will meet 6/kWh cost targets by the end of the decade.' The DOE's 'SunShot Concentrating Solar Power R&D' is a multimillion dollar endeavor that intends to look beyond what it calls the incremental near-term to support research into transformative technologies that will break through performance barriers known today, such as efficiency and temperature limitations."

MrSeb writes "Today's groundbreaking entry into the Uncanny Valley is a pair of mechanical, robot legs that are propelled entirely by their own weight: they can walk with a human-like gait without motors or external control. Produced by some researchers at Nagoya Institute of Technology in Japan, all the legs require for sustained motion (they walked 100,000 steps, 15km, over 13 hours last year) is a gentle push and a slight downwards slope. They then use same 'principle of falling' that governs human walking, with the transfer of weight (and the slight pull of gravity), pulling the robot into consecutive steps."

NicknamesAreStupid writes "The NYTimes reports on a book by Erik Brynjolfsson and Andrew P. McAfee (MIT director-level staffers), Race Against the Machine, which suggests that the true threat to jobs is not outsourcing — it's the machine! Imagine the Terminator flipping burgers, cleaning your house, approving your loan, handling your IT questions, and doing your job faster, better, and more cheaply. Now that's an apocalypse with a twist — The Job Terminator." Reader wjousts points out another of the authors' arguments: that IT advances have cost more jobs than they've created.

First time accepted submitter krinderlin writes "My home network consists of a Linksys WRT54GL for WAN access and a WRT54G version 8 for a wireless bridge for my Blu-Ray and old XBox 360*. Due to a recent move and coaxial jack placements, I can't run Ethernet to the office, so I'm now looking at about 8 wireless clients at any given time. I'd like to start piecing together a network upgrade to 802.11n, but want to keep the flexibility and power of DD-WRT. So what 802.11n routers do you have with DD-WRT? What would you recommend for PCIe x1 and USB adapters? *Because $100 for a 802.11g adapter is pure insanity."

"I'm an OS X user looking to switch to a Linux laptop. I like the Unix/BSD aspect of OS X. Simple things like when I close the lid the laptop goes to sleep, the sound card works out of the box, long battery life, minimum cooling fan noise, and a comprehensive but relatively straightforward backup system and 'AppleCare' package are important to me. What all-inclusive model of laptop and distro would you recommend?" He didn't mention it, but I am presuming that working Wifi should be on that list too.

SkinnyGuy writes with news of an invention out of Stanford that improves upon previous work: a transparent, stretchable, skin-like sensor that could have applications for prosthetic limbs and robotics. Quoting: "The sensor uses a transparent film of single-walled carbon nanotubes that act as tiny springs, enabling the sensor to accurately measure the force on it, whether it's being pulled like taffy or squeezed like a sponge. ... The sensors consist of two layers of the nanotube-coated silicone, oriented so that the coatings are face-to-face, with a layer of a more easily deformed type of silicone between them. The middle layer of silicone stores electrical charge, much like a battery. When pressure is exerted on the sensor, the middle layer of silicone compresses, which alters the amount of electrical charge it can store. That change is detected by the two films of carbon nanotubes, which act like the positive and negative terminals on a typical automobile or flashlight battery. The change sensed by the nanotube films is what enables the sensor to transmit what it is 'feeling.'"

An anonymous reader writes "As the launch of the $25 PC gets ever closer (sometime next month), members of the Raspberry Pi team have found time to start blogging about the history of the project. Eben Upton, director of the Raspberry Pi Foundation, has been working on the project for many years, and decided to share a couple of very early prototypes for the $25 PC with the community. The 2006 edition of the PC used an Atmel ATmega644 microcontroller. It ran at 22.1MHz with 512K of SRAM. Compare that to the final version of the PC, which will use a 700MHz ARM11 processor and 128MB/256MB of SDRAM. Five years clearly brings a massive leap in performance. For those of us happy to play around with components at this level, Eben has made the schematics and PCB layout available to download (ZIP file). Armed with this information you can create your very own 2006 Raspberry Pi machine."