﻿<?xml version="1.0" encoding="utf-8"?><rss version="2.0" xmlns:media="http://search.yahoo.com/mrss/" xmlns:dc="http://purl.org/dc/elements/1.1/" xmlns:atom="http://www.w3.org/2005/Atom"><channel><title>transistor news stories on Newser</title><description>Read more transistor stories on Newser</description><link>http://www.newser.com/taggrid/18939/transistor.html</link><image><url>http://img1-cdn.newser.com/images/newser-black250x40.gif</url><title>transistor news stories on Newser</title><link>http://www.newser.com/</link></image><copyright>2012 - Newser</copyright><language>en-us</language><generator>Newser Feed Generator</generator><pubDate>Thu, 24 May 2012 05:26:31 CDT</pubDate><item><guid isPermaLink="true">http://www.newser.com/story/40211/transistors-may-migrate-to-paper.html</guid><title>Transistors May Migrate to Paper</title><dc:creator>Wesley Oliver</dc:creator><description>&lt;img src='http://img2-cdn.newser.com/getimage.aspx?mediaid=145335&amp;width=45&amp;height=45&amp;crop=Y&amp;updateddate=20110401002148' border='0' /&gt;The future of electronics may be etched on paper, reports the Economist . Researchers have found a cheaper, easier way to make transistors using cellulose, paper’s key ingredient. Paper could soon replace silicon as a surface on which to mount transistors, which control the flow of electric currents and power most...</description><media:content url="http://img2-cdn.newser.com/getimage.aspx?mediaid=145335&amp;width=45&amp;height=45&amp;crop=Y&amp;updateddate=20110401002148" type="image/jpg" medium="image"><media:description type="plain">The cellulose approach allows transistors to be both flexible and cheap. They can be made at room temperature, unlike a silicon chip, and paper is a lot less pricey than electronics-grade silicon.</media:description></media:content><link>http://www.newser.com/story/40211/transistors-may-migrate-to-paper.html</link><pubDate>Mon, 20 Oct 2008 01:49:55 CDT</pubDate></item><item><guid isPermaLink="true">http://www.newser.com/story/24922/worlds-smallest-transistor-sets-path-to-better-chips.html</guid><title>World's Smallest Transistor Sets Path to Better Chips</title><dc:creator>Matt Cantor</dc:creator><description>&lt;img src='http://img1-cdn.newser.com/getimage.aspx?mediaid=95814&amp;width=45&amp;height=45&amp;crop=Y&amp;updateddate=20110401014541' border='0' /&gt;Scientists in England have created the world’s smallest transistor, the BBC reports. At 1 atom thick and 10 atoms wide, it could be the key to creating microchips beyond the power of silicon. The transistor is made of graphene, a single layer of graphite and an excellent conductor of electricity....</description><media:content url="http://img1-cdn.newser.com/getimage.aspx?mediaid=95814&amp;width=45&amp;height=45&amp;crop=Y&amp;updateddate=20110401014541" type="image/jpg" medium="image"><media:description type="plain">an artistic view of the Manchester researcher's smallest (nanometre size) quantum dot.</media:description></media:content><link>http://www.newser.com/story/24922/worlds-smallest-transistor-sets-path-to-better-chips.html</link><pubDate>Fri, 18 Apr 2008 14:27:18 CDT</pubDate></item><item><guid isPermaLink="true">http://www.newser.com/story/20681/etch-a-sketch-newest-chip-design-tool.html</guid><title>Etch-A-Sketch Newest Chip Design Tool</title><dc:creator>Kevin Spak</dc:creator><description>&lt;img src='http://img1-cdn.newser.com/getimage.aspx?mediaid=80516&amp;width=45&amp;height=45&amp;crop=Y&amp;updateddate=20110401020931' border='0' /&gt;Imagine a computer chip that could literally have wires drawn onto it and erased like an etch-a-sketch. That’s what University of Pittsburgh researchers have been able to create, Technology Review reports. To demonstrate the technology, researchers drew the tip of an atomic force microscope across the chip like a pencil,...</description><media:content url="http://img1-cdn.newser.com/getimage.aspx?mediaid=80516&amp;width=45&amp;height=45&amp;crop=Y&amp;updateddate=20110401020931" type="image/jpg" medium="image" /><link>http://www.newser.com/story/20681/etch-a-sketch-newest-chip-design-tool.html</link><pubDate>Tue, 04 Mar 2008 11:57:01 CST</pubDate></item><item><guid isPermaLink="true">http://www.newser.com/story/14188/could-the-silicon-chip-max-out.html</guid><title>Could the Silicon Chip Max Out?</title><dc:creator>Jim O'Neill</dc:creator><description>&lt;img src='http://img2-cdn.newser.com/getimage.aspx?mediaid=55361&amp;width=45&amp;height=45&amp;crop=Y&amp;updateddate=20110401024457' border='0' /&gt;It’s been 60 years since three Bell Lab scientists invented the transistor, launching an electronics revolution that changed the way we live. Engineers have miniaturized the powerful on-off switches—eventually integrated onto silicon chips—about as far as they can. Now, companies are pouring billions of dollars into research aimed...</description><media:content url="http://img2-cdn.newser.com/getimage.aspx?mediaid=55361&amp;width=45&amp;height=45&amp;crop=Y&amp;updateddate=20110401024457" type="image/jpg" medium="image"><media:description type="plain">This undated photo provided by IBM Corp. shows a scientist holding a thinned wafer of silicon computer circuits ready for bonding to another circuit wafer using IBM's new process for stacking chips three-dimensionally. </media:description></media:content><link>http://www.newser.com/story/14188/could-the-silicon-chip-max-out.html</link><pubDate>Sun, 16 Dec 2007 10:23:23 CST</pubDate></item></channel></rss>
