FULLERENE-BASED SYSTEMS AS PROSPECTIVE SPIN CLUSTER QUBITS - POLAD, Serkan
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Starting with Richard Feynman's idea of possibility of quantum mechanical computers success of the special quantum algorithms proposed by Deutsch and Jozsa, Grover and Shor attracted the field of physical implementations of quantum computers. We already know that carbon based materials have attracted huge interest in chemistry, physics, material science and biology after the discovery of C60 fullerene, carbon nanotube and endohedral fullerene. Endohedrally doped fullerene chains can be a promising candidates in spin based quantum computer proposals because carbon based materials believed to…mehr

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Produktbeschreibung
Starting with Richard Feynman's idea of possibility of quantum mechanical computers success of the special quantum algorithms proposed by Deutsch and Jozsa, Grover and Shor attracted the field of physical implementations of quantum computers. We already know that carbon based materials have attracted huge interest in chemistry, physics, material science and biology after the discovery of C60 fullerene, carbon nanotube and endohedral fullerene. Endohedrally doped fullerene chains can be a promising candidates in spin based quantum computer proposals because carbon based materials believed to have long spin coherence times due to low spin orbit coupling and provide isolated electronic properties allowing well defined spin-qubits. Nuclear or electron spins of metal and non-metal atoms inside the fullerenes serve as spin-qubits in these systems. The book contains the first principle electronic structure calculations of Li,Na,N and P doped carbon dimer and trimer fullerenes in order to investigate their spin qubit properties in the field of fullerene based quantum computer proposals.
Autorenporträt
Serkan POLAD received his M.S from Micro and Nanotechnology Program of Middle East Technical University METU in Ankara, Turkey in 2010. Serkan POLAD's major current research interests lie in areas of Quantum computation especially molecular based quantum computer architectures such as fullerene and nanotube based quantum computers.