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Spintronics / Carbon nanotube / Quantum Monte Carlo / Quantum chemistry / Superconducting quantum computing / Super Bloch oscillations / Physics / Quasiparticles / Exciton


Many-body effects in semiconducting single-wall silicon nanotubes Wei Wei and Timo Jacob* Full Research Paper Address:
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City

Deb / Doo / /

Company

Sham LDA / Creative Commons / /

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Facility

Institute of Electrochemistry / Ulm University / /

IndustryTerm

microelectronic devices / potential applications / self-energy / good understanding such systems / self-energy operator / electron self-energy operator / biotechnological applications / excitation energy / photoemission applications / silicon-based technology / e−e self-energy effects / cutoff energy / energy convergence criterion / exciton binding energy / exchange−correlation energy / molecular systems / excitonic energy / self-energy effects / energy / large binding energy / excitation energy resulting / considerable binding energy / /

Movie

A. D. / /

OperatingSystem

Fermi / /

Organization

Ulm University / Beilstein-Institut / European Union / Institute of Electrochemistry / /

Person

Wei Wei / P. Ziemann / Tiago / Mota / Sha / A. R. Khokhlov / Timo Jacob / /

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Position

Corresponding author / /

ProvinceOrState

S. K. / /

PublishedMedium

the Beilstein Journal / /

SportsEvent

Germany Open / /

Technology

silicon-based technology / hybridization / dielectric / Electrochemistry / /

URL

http /

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