Process Tomography of a nuclear quadrupolar spin quantum processor: Characterization of quantum algorithms and non-Markovian decoherence

Dateibereich 5596

2,07 MB in 2 Dateien, zuletzt geändert am 16.04.2007

Dateiliste / Details

DateiDateien geändert amGröße
index.html16.04.2007 10:43:1614,7 KB
KampermannDiss.pdf21.07.2004 00:00:002,06 MB
In the present work the first virtual 2 Qubit solid state NMR quantum processor, using a spin- 3/2 Na quadrupolar nucleus in a NaNO3 single crystal, is presented. Methods from liquid NMR quantum information processing, like strongly modulating pulses, are adopted to the quadrupolar spin system to implement the unitary operations and to generate pseudo pure states. Experimentally a set of quantum algorithms as well as the decoherence process is characterized by quantum process tomography which is developed for the quadrupolar spin system. A detailed analyses of the basic conditions of the experimental quantum process tomography procedure is presented, showing that even in such non-Markovian systems this method is valid.
Keine URN zugeordnet
PURL / DOI:
Lesezeichen:
Permalink | Teilen/Speichern
Dokumententyp:
Wissenschaftliche Abschlussarbeiten » Dissertation
Fakultät / Institut:
Fakultät für Chemie
Dewey Dezimal-Klassifikation:
500 Naturwissenschaften und Mathematik » 540 Chemie
Stichwörter:
decoherence, quadrupolar, quantum computing, single crystal, solid state, NMR
Beitragende:
Prof. Dr. rer. nat. Veeman, Wiebren S. [Betreuer(in), Doktorvater]
Prof. Dr. rer. nat. em. Buß, Volker [Gutachter(in), Rezensent(in)]
Sprache:
Deutsch
Kollektion / Status:
Dissertationen / Dokument veröffentlicht
Datum der Promotion:
21.07.2004
Dokument erstellt am:
21.07.2004
Dateien geändert am:
16.04.2007
Medientyp:
Text