[Advances in Chemical Physics] Quantum Information and Computation for Chemistry ||Kais, Sabre · 2014

[Advances in Chemical Physics] Quantum Information and Computation for Chemistry || Few-Qubit Magnetic Resonance Quantum Information Processors: Simulating Chemistry and PhysicsKais, Sabre · 2014

[Advances in Chemical Physics] Quantum Information and Computation for Chemistry || Introduction to Quantum Algorithms for Physics and ChemistryKais, Sabre · 2014

[Advances in Chemical Physics] Quantum Information and Computation for Chemistry || Introduction to Quantum Information and Computation for ChemistryKais, Sabre · 2014

[Advances in Chemical Physics] Quantum Information and Computation for Chemistry || Photonic Toolbox for Quantum SimulationKais, Sabre · 2014

[Advances in Chemical Physics] Quantum Information and Computation for Chemistry || Front MatterKais, Sabre · 2014

[Advances in Chemical Physics] Quantum Information and Computation for Chemistry || Author IndexKais, Sabre · 2014

[Advances in Chemical Physics] Quantum Information and Computation for Chemistry || Subject IndexKais, Sabre · 2014

Resonance states of atomic anionsAlexei V. Sergeev; Sabre Kais · 2001

Communications: Entanglement switch for dipole arraysWei, Qi; Kais, Sabre; Chen, Yong P. · 2010

Group leaders optimization algorithmDaskin, Anmer; Kais, Sabre · Molecular Physics · 2011

by a superintense laser fieldWei, Qi; Kais, Sabre; Moiseyev, Nimrod · Physical Review A · 2007

Pivot method for global optimizationSerra, Pablo; Stanton, Aaron F.; Kais, Sabre · Physical Review E · 1997

Simulated quantum computation of global minimaZhu, Jing; Huang, Zhen; Kais, Sabre · Molecular Physics · 2009

Entanglement classifier in chemical reactionsLi, Junxu; Kais, Sabre · Science Advances · 2019

ForewordPeskin, Uri; Alon, Ofir; Segev, Moti; Kais, Sabre · Molecular Physics · 2019