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Sure, you'd expect to find an amorphous silicon backplane behind your LCD, but RiTdisplay has now begun producing a-Si AMOLEDdisplays that, according to the company, are a world's first. Developed in conjunction with Ignis Innovation, the 3.5-inch panel was first unveiled at last month's SID Display Week, where it beamed images in 320 x 480 resolution. RiT says its a-Si-based AMOLED screens are relatively inexpensive to produce, potentially posing an alternative to its LTPS-backplaned brethren. The company has already begun manufacturing the displays for undisclosed smartphone makers, though there's no word yet on when we can expect to see them pop up in commercial devices. But if the technology proves to be as cost-effective as RiT claims, it could go a long way toward patching up that AMOLED shortage -- as long as you're not too picky about resolution. OLED-Info

It may not be as flexible as some of the other displays we saw at last week's SID conference, but Sonyseems confident that its new OLED panel will deliver high quality images with enhanced, glitch-free brightness. The 9.9-inch screen transmits images in 960 x 540 resolution, boasts a ninety-six percent color gamut, and is powered by a Self-Aligned Top-Gate TFT (in which the gate material is placed above the insulator) that reduces disparities in luminosity. To achieve this, Sony developed a new, four-part manufacturing process that lowers the parasitic capacitance between the gate electrode and the TFT. The top-gate structure, moreover, shortens the TFT's channel length, making it easier to adapt the technology to larger, high-resolution displays. No word yet on when the prototype will hit the market, but when it does, it'd be nice if it's priced as reasonably as some other OLEDs from Sony. OLED-Display Tech-On

Hopefully your brain has recouped from the explosion it endured when you first laid eyes on someglorious shots of the NIF out in Nor-Cal. Now, xRez Studio's imaging gurus have provided the common folk the ability to virtually stand in front of a 500-trillion watt laser experiment at ultra high resolution. Better yet, the interactive, detailed look at an attempt at nuclear fusion allows for zooming and a full, 360-degree pan-around experience. Since this might be closest in proximity you'll get to the NIF, hit the source link to truly get a feel for what we're yapping about, and -- if you're feeling audacious -- be sure to check out the  BBC  video tour after the break. xRez Studio