Items where Author is "Burkard, G."

2005

Egues, J. C. and Burkard, G. and Saraga, D. S. and Schliemann, J. and Loss, D.. (2005) Shot noise and spin-orbit coherent control of entangled and spin-polarized electrons. Physical Review B, Vol. 72, H. 23 , 235326, 27 S..

2003

Egues, J. C. and Burkard, G. and Loss, D.. (2003) Datta-Das transistor with enhanced spin control. Applied physics letters, Vol. 82, H. 16. pp. 2658-2660.

Burkard, G. and Loss, D.. (2003) Lower bound for electron spin entanglement from beam splitter current correlations. Physical review letters, Vol. 91, H. 8 , 087903, 4 S..

Burkard, G. and Egues, J. C. and Loss, D.. (2003) Noise of spin-polarized currents at a beam splitter with local spin-orbit interaction. Journal of superconductivity, Vol. 16, H. 2. pp. 237-240.

Egues, J. C. and Burkard, G. and Loss, D.. (2003) Probing entanglement via Rashba-induced shot noise oscillations. Journal of superconductivity, Vol. 16, H. 4. pp. 711-718.

Stepanenko, D. and Bonesteel, N. E. and DiVincenzo, D. P. and Burkard, G. and Loss, D.. (2003) Spin-orbit coupling and time-reversal symmetry in quantum gates. Physical Review B, Vol. 68, H. 11 , 115306, 9 S..

2002

Gywat, O. and Burkard, G. and Loss, D.. (2002) Biexcitons in coupled quantum dots as a source of entangled photons. Physical Review B, Vol. 65, H. 20 , 205329, 5 S..

Burkard, G. and Loss, D.. (2002) Cancellation of spin-orbit effects in quantum gates based on the exchange coupling in quantum dots. Physical review letters, Vol. 88, H. 4 , 047903, 4 S..

Gywat, O. and Burkard, G. and Loss, D.. (2002) Quantum computation and the production of entangled photons using coupled quantum dots. Superlattices and microstructures, Vol. 31, H. 2-4. pp. 127-140.

Egues, J. C. and Burkard, G. and Loss, D.. (2002) Rashba spin-orbit interaction and shot noise for spin-polarized and entangled electrons. Physical review letters, Vol. 89, H. 17 , 176401, 4 S..

Burkard, G. and Engel, H. A. and Loss, D.. (2002) Spintronics and quantum dots for quantum computing and quantum communication. In: Complexity from microscopic to macroscopic scales : coherence and large deviations (NATO science series II, Mathematics, physics and chemistry, Vol. 63). Dordrecht, pp. 83-104.

Burkard, G. and Engel, H. A. and Loss, D.. (2002) Spintronics, quantum computing, and quantum communication in quantum dots. In: Fundamentals of quantum information. Berlin, pp. 241-265.

2001

Burkard, G. and Loss, D.. (2001) Coherent dynamics and manipulation of electron spins in nanostructures. Physica. E, Low-dimensional systems & nanostructures, Vol. 9, H. 1. pp. 175-184.

Sukhorukov, E. V. and Burkard, G. and Loss, D.. (2001) Noise of a quantum dot system in the cotunneling regime. Physical Review B, Vol. 63, H. 12 , 125315, 19 S..

Burkard, G. and Loss, D.. (2001) Quantum information processing using electron spins in quantum dots. Acta physica Polonica. A, General physics, physics of condesed matter, optics and quantum electronics, atomic and molecular physics, applied physics, Vol. 100, H. 2. pp. 109-127.

2000

Burkard, G. and Loss, D. and Sukhorukov, E. V.. (2000) Noise of entangled electrons : bunching and antibunching. Physical Review B, Vol. 61, H. 24. pp. 16303-16306.

Burkard, G. and Seelig, G. and Loss, D.. (2000) Spin interactions and switching in vertically tunnel-coupled quantum dots. Physical Review B, Vol. 62, H. 4. pp. 2581-2592.

Burkard, G. and Engel, H. A. and Loss, D.. (2000) Spintronics and quantum dots for quantum computing and quantum communication. Fortschritte der Physik, Vol. 48, H. 9-11. pp. 965-986.

1999

Burkard, G. and Loss, D. and DiVincenzo, D. P.. (1999) Coupled quantum dots as quantum gates. Physical Review B, Vol. 59, H. 3. pp. 2070-2078.

Burkard, G. and Loss, D. and DiVincenzo, D. P. and Smolin, J. A.. (1999) Physical optimization of quantum error correction circuits. Physical Review B, Vol. 60, H. 16. pp. 11404-11416.

Imamoglu, A. and Awschalom, D. D. and Burkard, G. and DiVincenzo, D. P. and Loss, D. and Sherwin, M. and Small, A.. (1999) Quantum information processing using quantum dot spins and cavity QED. Physical review letters, Vol. 83, H. 20. pp. 4204-4207.