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Single-atom transistor for a future quantum computer - 0 views

infogreenglobal.com/-for-a-future-quantum-computer

quantum computer transistor

shared by Infogreen Global on 20 Feb 12 - No Cached

Infogreen Global on 20 Feb 12

This unprecedented atomic accuracy may yield the elementary building block for a future quantum computer with unparalleled computational efficiency.

<div class="cArrow"> </div><div class="cContentInner">This unprecedented atomic accuracy may yield the elementary building block for a future quantum computer with unparalleled computational efficiency.</div>

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Nonvolatile memory based on ferroelectric-graphene field-effect transistors - 0 views

infogreenglobal.com/phene-field-effect-transistors

field-effect-transistors graphene graphene-ferroelectric

shared by Infogreen Global on 16 Feb 11 - No Cached

Infogreen Global on 16 Feb 11

The new device developed by the research team achieved impressive practical results, capable of symmetrical bit writing with a resistance ratio between the two resistance states of over 500% and reproducible nonvolatile switching over 100,000 cycles.

<div class="cArrow"> </div><div class="cContentInner">The new device developed by the research team achieved impressive practical results, capable of symmetrical bit writing with a resistance ratio between the two resistance states of over 500% and reproducible nonvolatile switching over 100,000 cycles.</div>

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Invention regulates nerve cells electronically - 0 views

www.sciencedaily.com/...100521191111.htm

nerve invention science technology

shared by thinkahol * on 23 May 10 -

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thinkahol * on 23 May 10

ScienceDaily (May 22, 2010) - A major step toward being able to regulate nerve cells externally with the help of electronics has been taken by researchers at Linköping University and the Karolinska Institute in Sweden. The breakthrough is based on an ion transistor of plastic that can transport ions and charged biomolecules and thereby address and regulate cells.

<div class="cArrow"> </div><div class="cContentInner">ScienceDaily (May 22, 2010) - A major step toward being able to regulate nerve cells externally with the help of electronics has been taken by researchers at Linköping University and the Karolinska Institute in Sweden. The breakthrough is based on an ion transistor of plastic that can transport ions and charged biomolecules and thereby address and regulate cells.</div>

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