MOLECULAR REALIZATIONS OF QUANTUM COMPUTING 2007

MOLECULAR REALIZATIONS OF QUANTUM COMPUTING 2007

Osaka, Japan, 31 October - 2 November 2007

CONTENTS


FRONT MATTER	i
LIQUID-STATE NMR QUANTUM COMPUTER: WORKING PRINCIPLE AND SOME EXAMPLES Yasushi Kondo	1
FLUX QUBITS, TUNABLE COUPLING AND BEYOND ANTTI O. NISKANEN	53
JOSEPHSON PHASE QUBITS, AND QUANTUM COMMUNICATION VIA A RESONANT CAVITY MIKA A. SILLANPÄÄ	56
QUANTUM COMPUTING USING PULSE-BASED ELECTRON-NUCLEAR DOUBLE RESONANCE (ENDOR): MOLECULAR SPIN-QUBITS Kazuo Sato, Shigeki Nakazawa, Robabeh D. Rahimi, Shinsuke Nishida, Tomoaki Ise, Daisuke Shimoi, Kazuo Toyota, Yasushi Morita, Masahiro Kitagawa, Parick Carl, Peter Höfner and Takeji Takui	58
FULLERENE C₆₀: A POSSIBLE MOLECULAR QUANTUM COMPUTER TOMONARI WAKABAYASHI	163
MOLECULAR MAGNETS FOR QUANTUM COMPUTATION Takayoshi Kuroda	193
ERRORS IN A PLAUSIBLE SCHEME OF QUANTUM GATES IN KANE'S MODEL Yukihiro Ota	207
YET ANOTHER FRAMEWORK FOR QUANTUM SIMULTANEOUS NONCOOPERATIVE BIMATRIX GAMES AKIRA SAITOH, ROBABEH RAHIMI and MIKIO NAKAHARA	223
CONTINUOUS–VARIABLE TELEPORTATION OF SINGLE–PHOTON STATES AND AN ACCIDENTAL CLONING OF A PHOTONIC QUBIT IN TWO–CHANNEL TELEPORTATION Toshiki Ide	243
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