With the speed of computers so regularly seeing dramatic increases in their processing speed, it seems that it shouldn't be too long before the machines become infinitely fast -- except they can't.
A pair of physicists has shown that computers have a speed limit as unbreakable as the speed of light. If processors continue to accelerate as they have in the past, we'll hit the wall of faster processing in less than a century.
For quite some time, many people credited part of the rise of blogging to the fact that many folks in the tech industry found themselves out of work in the wake of the dot com bubble bursting. Suddenly there were lots of tech geeks, who were always online and had stuff to say -- and now plenty of extra time to say it. It didn't take long for a whole slew of tools to pop up to make that happen, and voila, blogging revolution.
Superconductors.ORG herein reports the observation of record high superconductivity near 254 Kelvin (-19C, -2F). This temperature critical (Tc) is believed accurate +/- 2 degrees, making this the first material to enter a superconductive state at temperatures commonly found in household freezers.
Cybercrime expert endorses Linux, iPhone when banking online.
Consumers wanting to safely connect to their internet banking service should use Linux or the Apple iPhone, according to a detective inspector from the NSW Police, who was giving evidence on behalf of the NSW Government at the public hearing into Cybercrime today in Sydney.
Detective Inspector Bruce van der Graaf from the Computer Crime Investigation Unit told the hearing that he uses two rules to protect himself from cybercriminals when banking online.
Taiwan memory module makers in a panic
Memory manufacturers are at panic stations after news has been building of a NAND Flash memory shortage.
Digitimes reports that memory module houses are moving to diversify their NAND flash suppliers to minimise procurement risk. The shortage has been caused by major chip producers Samsung, Toshiba, Micron and Hynix allocating huge amounts of NAND flash for lucrative Apple devices.
It sucks that batteries are nearly bigger than the gadgets they're powering, but thanks to University of Missouri researchers and some tiny nuclear batteries, that'll one day be an issue of the past. Yeah, you read right. Tiny. Nuclear. Batteries.
The real secret behind the size of the batteries is the use of new liquid semiconductors instead of tired old solid semiconductors. That's great, because nuclear batteries aren't a new idea, nor are they terrifying and harmful according to Jae Kwon, assistant professor of electrical and computer engineering at the University of Missouri:
Comcast is launching a trial on Thursday of a new automated service that will warn broadband customers of possible virus infections, if the computers are behaving as if they have been compromised by malware.
For instance, a significant overnight spike in traffic being sent from a particular Internet Protocol address could signal that a computer is infected with a virus taking control of the system and using it to send spam as part of a botnet.
Scientists at IBM are using a combination of nanotechnology and microchips to map out personal genetic code -- a development that could significantly improve the process of diagnosing and treating diseases.
Merging biology with computer technology, researchers at IBM are working on a project that aims to make it easier to decode human DNA, and thus help scientists discover and test new medicines and medical techniques. And, IBM says, a faster and less expensive way to obtain genetic information would help doctors better understand their patients' predisposition to diseases.
Despite the numerous technologies that exist for sending data through the air there's one cable that most gadgets can't do without at some time. The power cable remains a necessary but sometimes unsightly part of many modern electronic appliances -- but now even that might be on the way out.
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