2008
DOI: 10.1002/ange.200703813
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Fluorescent Molecular Logic Gates Using Microfluidic Devices

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Cited by 55 publications
(18 citation statements)
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“…And the case would be even worse if the authentication processes are resettable in a secured molecular platform, where the latter user can know what the previous one has done by investigating the chemical waste composition related with the logic executions. Recently, the development of the molecular logic inside a microfluidic chip shows another solution for resetting the logic functions [100] . After each logic execution, the nanoliter solution of the fluorescent substrate is refreshed, which obviates the concentration changes, accumulation of chemical waste and information risk.…”
Section: Reset Issue At the Molecular Levelmentioning
confidence: 99%
“…And the case would be even worse if the authentication processes are resettable in a secured molecular platform, where the latter user can know what the previous one has done by investigating the chemical waste composition related with the logic executions. Recently, the development of the molecular logic inside a microfluidic chip shows another solution for resetting the logic functions [100] . After each logic execution, the nanoliter solution of the fluorescent substrate is refreshed, which obviates the concentration changes, accumulation of chemical waste and information risk.…”
Section: Reset Issue At the Molecular Levelmentioning
confidence: 99%
“…When these two lasers operate according to the standard eight-bit ASCII characters, meaningful information that can be understood by humans emerges. [3,4] The photochromic bistable bis(aryl)ethenes can be photo-interconverted between ring-opened and ring-closed forms. The letter U corresponds to 01010101 in eight-digit binary code; thus it requires a pulse sequence of alternating the 571 nm and 375 nm lasers.…”
Section: Angewandte Highlightsmentioning
confidence: 99%
“…[3,4] Die photochromen bistabilen Bisarylethene kçnnen durch Licht von offenen in geschlossene Formen und umgekehrt umgewandelt werden. [3,4] Die photochromen bistabilen Bisarylethene kçnnen durch Licht von offenen in geschlossene Formen und umgekehrt umgewandelt werden.…”
Section: Angewandte Highlightsunclassified
“…Das auf molekularer Logik basierende Kodieren oder Rechnen mit Licht ist ein relativ junges Gebiet, das aber dennoch reif genug ist, um seine Geschichte zu erzählen, die die Verbindung zwischen Informationstechnologie, Materialwissenschaften und Chemie beleuchtet. [3,4] Die photochromen bistabilen Bisarylethene kçnnen durch Licht von offenen in geschlossene Formen und umgekehrt umgewandelt werden. Allerdings gibt es zwar ausführliche Studien über dieses Verhalten in Lçsung, [5,6] aber die praktische Verwendung dieser Verbindungen als Filme in Bauelementen ist nur wenig untersucht.…”
unclassified