Mobile and laptop battery charges could last months thanks to nanotechnology
A flat battery on your mobile phone can leave you in a sticky situation, but new research could mean you might go months without charging it.
A team of electrical and computer engineers at an Illinois university may have solved the problem by using ‘nanotubes' – carbon tubes 10,000 times smaller than a human hair.
The scientists replaced the metal wiring in mobile devices' laptop batteries with the nanotubes and believe the changes could extend battery life by up to 100 times.
‘I think anyone who is dealing with a lot of chargers and plugging things in every night can relate to wanting a cell phone or laptop whose batteries can last for weeks or months,' said Eric Pop of the Beckman Institute for Advanced Science and Technology.
Mr Pop claims his team's research could one day mean a mobile device like an iPhone could see hugely extended battery life, possibly to the point that it could run by harvesting thermal or solar energy rather than relying on a battery.
The research could also prove groundbreaking for devices much larger than mobile phones or portable computers.
‘We're not just talking about lightening our pockets or purses,' Mr Pop explained.
‘This is also important for anything that has to operate on a dell battery, such as satellites, telecommunications equipment in remote locations, or any number of scientific and military applications.'
The group believe their latest study is just the beginning for improving battery life and hope to make devices' power consumption 1,000 times more efficient.
The findings, published in a report in the Science journal, come in the same week that Google admitted up to 260,000 smartphones had been hacked after handset users unwittingly downloaded virus-infected apps.
The threat came to light last week when the technology giant was forced to withdraw at least 50 apps from its official Android Market.
Tiny breakthrough: Nanotechnology, like this miniscule microchip photographed by Huddersfield University researchers, may extend toshiba laptop battery life.
At any time, the battery life is a question witch people may care about.
You can find more article information in: http://www.dailymail.co.uk/sciencetech/article-1365227/Mobile-laptop-battery-charges-months-thanks-nanotechnology.html?ito=feeds-newsxml
Questions and Answers
Laptops abound with various sorts of batteries. Lithium-ion, probably the most popular, is favored for exceptional performance...
No need to hang up: Research involving nanotechnology could mean mobile phone batteries lasting months between charges A flat battery on your mobile phone can leave you in a sticky situation, but new research could mean you might go months without charging it. A team of electrical and computer engineers at an Illinois university may have solved the problem by using ‘nanotubes' – carbon tubes 10,000 times smaller than a human hair.
3M, the leading United States (US) battery materials supplier, is investing in research and manufacturing of novel Silicon (Si) based 3M anode materials. The technology enables advanced batteries for reliable power that is required to keep up with the global increase of mobile societies and electric vehicles.
The low-battery bleep that ends your cellphone conversation in midsentence or sends you scrambling with your laptop for an outlet could soon be history, thanks to brea
Lithium Titanate Battery This new battery technology uses nano technology to make anodes with a huge surface free of carbon. According to Altair Nanotechnologies Inc, these new batteries, a civilian life of 12 years and can be recharged 18,000 times.
Recently, a large widespread cloud technology. These technologies have reached and simple devices, such as a calculator.
Android is making the expertise deployment of the mobiles and iPads by its high response touch applications and the affordable variety of...
For a sports enthusiastic or sports photo journalist, the highest concern is acquiring the best and fastest ever sports camera that will permit the photographer capture not just the battle in the field, but the high adrenaline rush and the fierce ambience of that very minute.
It is truly remarkable, the way technology continues to be improved. You can find millions of people that love to read and the cutting edge Kindle makes it easier and much more enjoyable. A popular and handy way to read is by using e-readers. With so many things transitioning to computers as well as digital information, I am sure you had seen this coming. Years ago with the arrival of the first Kindle, individuals received it exceptionally well.
Your need, related to security system, can be fulfilled in the best way, with Security Cameras Systems. Security Camera Systems is a system that ensures your house with the assistance of security cameras.
Battery chargers, including NiCad (nickel-cadmium) chargers, usually operate for many years and exceed the lifetime of a NiCad battery. It's likely you will get through three or more NiCad batteries before you have a problem using the charger. However, if you find your battery doesn't charge, check the NiCad charger to diagnose whether it's producing an electrical charge; it may simply need a replacement fuse.
Using rechargeable batteries is a good way to reduce the waste dumped into landfills, because one rechargeable battery can replace dozens of single-use batteries. However, there is a wide variety of battery and battery charger technology available. With the alphabet soup of NiCad, NiMH, and Li-ion batteries available, it can be confusing to know the best options available. Luckily it is not difficult to learn the basics.
Replacement laptop batteries can cost a third, if not more, of the price of a new laptop. Discounted prices constantly offered on new laptops often result in people choosing a new laptop instead of a replacement battery, even though the laptop is fine. Build an external laptop battery using lithium polymer (LiPo) batteries to save a lot of money and keep your existing laptop. Wire a few LiPo cells in series and your laptop will be ready to go.
Rechargeable batteries have grown in use over the years as people are looking to save money and reduce waste. There are several types of rechargeable batteries, made of lithium-ion, nickel-cadmium, nickel-hydride or other materials. For years, it was believed that rechargeable batteries had the advantage of being reusable but were poor performers compared to their alkaline counterparts. Rechargeable batteries have improved, but they still have both advantages and disadvantages.
A lithium-ion battery is a rechargeable battery used mostly for consumer electronics. Because it can be recharged, it is secondary battery. Lithium-ion batteries are not lithium batteries, which are primary, or not rechargeable, batteries. The lithium-ion battery is sometimes called "li-ion." The battery gets its name from the lithium ion that moves between an anode and a cathode, two of the primary components of the battery.
