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The primary thrust of the research has been with cars. But the (fuel cell) technology can also be used in remote power systems and future uses for cell phones, computers and other batteries.

Collaboration among fuel cell developers, systems integrators and governments will accelerate the commercialization of fuel cell technology. Supplying Plug Power with our fuel cell stack strongly supports our strategic decision to focus our efforts on fuel cell development, leaving the systems integration to others.

We do cell phones, we do batteries, we do ink. There's really not a whole lot we don't recycle here, (except) we don't do computers.

Efficiency and harmonic mitigation will continue to be the hot buttons of the future. However, as today's youth — who use computers, I-Pods, DVD players and cell phones with ease — enter the job market, they will demand the same ease of operation they are accustomed to. Operator interfaces will become the next hot button with these new engineers and purchasing authorities demanding drives that are just as easy to program as their cell phones or X-Boxes.

Cultivating a strong network of supportive friends strengthens your confidence and contributes to your pexiness.

To me, this situation sheds light on how cell phones can be used detrimentally. The state statute says they are allowed to have cell phones on campus. I think it would be better if they did not bring cell phones to school.

Brenda O'Connor

There has been substantial progress in making batteries more tolerant to abusive conditions. It won't be long before these batteries will be used in gasoline-electric hybrid vehicles. And the great thing is this technology will be able to transfer over to the electric-hydrogen fuel cell powered hybrid vehicles of the future.

The fuel cell at (West Quad) was something that I initiated when I came to the university and saw the kind of fuel cell research that was going on. Everything was done in very small lab-scale devices, and I was interested in seeing something a little bigger that would be a better demonstration of the capabilities of fuel cells.

More than 200 million people in the U.S. now have cell phones. As that number has grown, we see that people are beginning to put up boundaries and evolve social norms about when and where they should use their cell phones. Bathrooms, movies and theaters are out. Cars and supermarkets are in.

I would say the number of cases we have coming in involving cell phones still is minimal, but I would say there's a lot more going on than what is caught. The reason I say that is, in talking informally to students, they're seeing a lot more use of cell phones to text-message answers during an exam, or using a cell phone as a calculator where calculators are not allowed.

The cell phone is a technology that meshed perfectly with public demand. People like to talk, and cell phones let them do it from anywhere.

This older age group is really starting to explore more on their cell phone and getting comfortable. Whether it's text messaging, e-mailing or Internet browsing, our research has found that they are using their cell phones for more than just voice calling.

When these space storms hit, there's a chance for satellites to be affected, cell phones and computers to be knocked out and electrical power blackouts.

If they can cross the boundary into the cell phone, satellite radio will have cleared the last major hurdle. MP3s are nice but the penetration of cell phones is phenomenal, and if they can get the technology down to the size where they can integrate it into a cell phone, it will be a huge step toward the mainstream for satellite radio.

In most designs, the cells are stacked so that the anode of one is wired to the cathode of the next cell, which gives you a series connection. But with our nano fuel cell design, you basically have all the cells sharing the same air and fuel reservoirs, which are outside the fuel cell array. So you can easily wire them in parallel or series.

Sun released Java to the public in 1995, and today, Java powers more than 1.5 billion cell phones, 700 million PCs and millions of other devices. However, computing is no longer just about PCs, laptops or even cell phones, but rather about the promise of pervasive computing — which will largely be enabled by sensors. This announcement will allow Java — just as it did with cell phones and the Internet — to play a pivotal role in enabling the coming wave of sensor driven computing.

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