CENTRE FOR QUANTUM TECHNOLOGIES

Organization name
CENTRE FOR QUANTUM TECHNOLOGIES


Results 1121-1140 of 1423 (Search time: 0.014 seconds).

Issue DateTitleAuthor(s)
112121-Jul-2021DIRECT PRODUCT, FUNCTION COMPOSITION AND DEVICE-INDEPENDENT CRYPTOGRAPHYSRIJITA KUNDU
112210-Sep-2012Dipole-dipole-coupled double-Rydberg moleculesKiffner, M.; Park, H.; Li, W. ; Gallagher, T.F.
11232019Dimensional Quantum Memory Advantage in the Simulation of Stochastic ProcessesGhafari, F.; Tischler, N.; Thompson, J. ; Gu, M. ; Shalm, L.K.; Verma, V.B.; Nam, S.W.; Patel, R.B.; Wiseman, H.M.; Pryde, G.J.
112410-Jan-2021Dimension preserving reductions between SVP and CVP in Different p-NormsAggarwal, Divesh ; Stephens-Davidowitz, Noah Heskel Sklaire; Kumar, Rajendra; Li, Zeyong ; Chen, Yanlin
11252014Diffraction-limited Fabry-Perot cavity in the near concentric regimeDurak, K ; Nguyen, C.H ; Leong, V ; Straupe, S ; Kurtsiefer, C 
11266-Mar-2000Diagonalization of diffusion matrix in Grover's algorithmKwek, L.C. ; Oh, C.H. ; Singh, K. ; Wang, X.-B. 
72016Device-independent two-party cryptography secure against sequential attacksKaniewski, J; Wehner, S 
814-Dec-2009Device-independent state estimation based on Bell's inequalitiesBardyn, C.-E.; Liew, T.C.H. ; Massar, S.; McKague, M.; Scarani, V. 
917-May-2021Device-independent quantum key distribution with random key basisSchwonnek, Rene ; Goh, Koon Tong ; Primaatmaja, Ignatius W. ; Tan, Ernest Y-Z; Wolf, Ramona; Scarani, Valerio ; Lim, Charles C-W 
102014Device-independent quantum key distribution with local bell testLim C.C.W. ; Portmann C.; Tomamichel M. ; Renner R.; Gisin N.
112019Device-independent dimension test in a multiparty Bell experimentWei, Z. ; Sikora, J. 
1225-Jul-2011Device-independent certification of entangled measurementsRabelo, R.; Ho, M.; Cavalcanti, D. ; Brunner, N.; Scarani, V. 
13Jan-2007Device physics: The heat is on - And offCasati, G. 
1419-Apr-2014Device Independent Playground: Investigating and Opening up a Quantum Black BoxYANG TZYH HAUR
1522-Jan-2020DEVELOPMENT OF AN OPTICAL ATOMIC CLOCK BASED ON TRAPPED LUTETIUM IONSRATTAKORN KAEWUAM
162011Detection of single molecules illuminated by a light-emitting diodeGerhardt, I; Mai, L; Lamas-Linares, A ; Kurtsiefer, C 
1723-Sep-2010Detection of bound entanglement in continuous-variable systemsZhang, C.-J. ; Nha, H.; Zhang, Y.-S.; Guo, G.-C.
1828-Aug-2009Detection and engineering of spatial mode entanglement with ultracold bosonsGoold, J.; Heaney, L. ; Busch, T.; Vedral, V. 
192015Detecting two-site spin-entanglement in many-body systems with local particle-number fluctuationsMazza L.; Rossini D.; Fazio R. ; Endres M.
2029-Sep-2011Detecting the quantum discord of an unknown state by a single observableZhang, C. ; Yu, S. ; Chen, Q. ; Oh, C.H.