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For the person who said, "semiconductors r stupid," my response to you is: I GUESS YOU DONT WANT YOUR PHONE OR COMPUTER TO WORK BECAUSE THATS WHAT THEY USE TO SEND CURRENTS THROUGH FOR POWER! SO YOU DONT WANT YOUR PHONE? Baka.

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For the person who said, "semiconductors r stupid," my response to you is: I GUESS YOU DONT WANT YOUR PHONE OR COMPUTER TO WORK BECAUSE THATS WHAT THEY USE TO SEND CURRENTS THROUGH FOR POWER! SO YOU DONT WANT YOUR PHONE? Baka.

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I do believe that the semiconductors could benefit technology now and in the future and not only modify technology now but also create new technology.

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This semiconductor is more efficient. It will definitely be used for the technology of the future. Its ability to "rust" without extra layers makes it great for use.

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I think that finding new technology will benefit others in the future

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I think that finding new ways will help people in the near future benefitting them

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These 2 new ultrathin semiconductors will revolutionize the phone industry. They

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I think that them finding the new ways to make new technology for the future. this technology will really help. it could give lots of people everything that they need but don't have.

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I agree with using semiconductors. It would benefit technology in the future.

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They have found semiconductors that could create new tech.

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Semiconductors can create new technology.

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They found out about two semiconductors that could be used to create the chips used to create technology of the future.

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Nathan G has a good point. If the semiconductors were three atoms thick, then why would you use them? They could be a pricey fix if they break. However, what computers currently use, which are semiconductors, they have fast circuits and are not that hard to install. The ultrathin semiconductors are smaller and more energy-efficient than the ones we have implemented today. According to the article, these materials can be a step toward more thinner and efficient chips that could be demanded by future devices. However, there were some questions they failed to answer. How would you be able to do a quick-fix at home? Is it damage prone? Overall, I would think that the semiconductors are still an experimental design, and there should still be things done to them to be improved.

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I think that using smaller semiconductors would I guess be good in the future. ;)

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Using ultrathin semiconductors that are much smaller and energy-efficient than today's circuits may be very tempting to use. According to the article,  future devices may demand it. But for right now, I feel like we're at a good pace. A semiconductor three atoms thick right now it almost unthinkable which may seem good. However, how would you be able to fix it? How subjectable is it going to be to damage? Once again, the article states that there is still a lot of work to be done, and that's understandable. So we should just lay back with what we have now.

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I don't agree with using ultrathin semiconductors.  "They were so preoccupied with whether or not they could they didn't stop to think if they should" -Dr. Ian Malcom. What i'm trying to say is that even if you can make a three atom wide semiconductor WHY would you? It makes home repair impossible and it if you *happen* to lose it while attempting to install it it would be impossible to find. Another problem is that it would be very hard to make something 3 atoms wide durable. It is basically like turning quarters to the size of atoms. What is the point? it would just make every ones lives harder.

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Please read the article above (copy and paste in your browser) and then post a reflection. Please share your summary and thoughts without plagiarizing. Thanks! :)