Debashis Saha

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Marcin PawłowskiVerified email at univ.gda.pl
Dipankar HomeBose InstituteVerified email at jcbose.ac.in
Remigiusz AugusiakCenter for Theoretical Physics, Polish Academy of SciencesVerified email at cft.edu.pl
Archan S MajumdarS. N. Bose National Centre for Basic ScienecsVerified email at bose.res.in
Anubhav ChaturvediAssistant Professor, Instytut Fizyki i Informatyki Stosowanej, Politechnika GdańskaVerified email at pg.edu.pl
Prasanta K. PanigrahiProfessor of Physics, IISER KolkataVerified email at iiserkol.ac.in
SHUBHAYAN SARKARUniversite Libre De BruxellesVerified email at ulb.be
Adan CabelloProfessor of Physics, University of SevilleVerified email at us.es
Zhen-Peng XuAnhui UniversityVerified email at uni-siegen.de
Mohamed Bourennaneprofessor, quantum information and quantum optics, Stockholm UniversityVerified email at fysik.su.se
Piotr MironowiczVerified email at pg.edu.pl
Pawel HorodeckiUniversity of Gdańsk / Gdańsk University of TechnologyVerified email at pg.edu.pl
Debarshi DasResearch Fellow, Former Royal Society - Newton International Fellow, University College LondonVerified email at ucl.ac.uk
Ravishankar RamanathanThe University of Hong KongVerified email at cs.hku.hk
Urbasi SinhaRaman Research InstituteVerified email at rri.res.in
Shiladitya MalAssociate Professor, Centre for Quantum Science & Technology, Chennai Institute of TechnologyVerified email at citchennai.net
Rafael SantosCenter for theoretical Physics - Polish Academy of SciencesVerified email at cft.edu.pl
Jakub Jan BorkałaCenter for Theoretical PhysicsVerified email at cft.edu.pl
Jędrzej KaniewskiFaculty of Physics, University of WarsawVerified email at fuw.edu.pl
Arun Kumar DasPhD Student, S.N. Bose National Centre for Basic SciencesVerified email at bose.res.in

Debashis Saha

Assistant Professor, Indian Institute of Science Education and Research, Thiruvananthapuram

Verified email at iisertvm.ac.in

Quantum Information Theory Quantum Communications Quantum Foundations


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N-qubit quantum teleportation, information splitting and superdense coding through the composite GHZ–Bell channel D Saha, PK Panigrahi Quantum Information Processing 11 (2), 615-628, 2012	82	2012
State independent contextuality advances one-way communication D Saha, P Horodecki, M Pawłowski New Journal of Physics 21 (9), 093057, 2019	77	2019
Wigner's form of the Leggett-Garg inequality, the no-signaling-in-time condition, and unsharp measurements D Saha, S Mal, PK Panigrahi, D Home Physical Review A 91 (3), 032117, 2015	69	2015
Preparation contextuality as an essential feature underlying quantum communication advantage D Saha, A Chaturvedi Physical Review A 100 (2), 022108, 2019	54	2019
Self-testing quantum systems of arbitrary local dimension with minimal number of measurements S Sarkar, D Saha, J Kaniewski, R Augusiak npj Quantum Information 7 (1), 151, 2021	45	2021
Quantum contextuality provides communication complexity advantage S Gupta, D Saha, ZP Xu, A Cabello, AS Majumdar Physical Review Letters 130 (8), 080802, 2023	31	2023
Complementarity between entanglement-assisted and quantum distributed random access code A Hameedi, D Saha, P Mironowicz, M Pawlowski, M Bourennane Physical Review A 95 (5), 052345, 2017	28	2017
Multipartite Bell-type Inequality by Generalizing Wigner's Argument D Home, D Saha, S Das Physical Review A 91 (1), 012102, 2015	24	2015
Sum-of-squares decompositions for a family of noncontextuality inequalities and self-testing of quantum devices D Saha, R Santos, R Augusiak Quantum 4, 302, 2020	21	2020
Self-testing of any pure entangled state with the minimal number of measurements and optimal randomness certification in a one-sided device-independent scenario S Sarkar, JJ Borkała, C Jebarathinam, O Makuta, D Saha, R Augusiak Physical Review Applied 19 (3), 034038, 2023	20	2023
Loophole-free interferometric test of macrorealism using heralded single photons K Joarder, D Saha, D Home, U Sinha PRX Quantum 3 (1), 010307, 2022	19	2022
Quantum prescriptions are more ontologically distinct than they are operationally distinguishable A Chaturvedi, D Saha Quantum 4, 345, 2020	19	2020
Measurement incompatibility and quantum advantage in communication D Saha, D Das, AK Das, B Bhattacharya, AS Majumdar Physical Review A 107 (6), 062210, 2023	18	2023
Activation of monogamy in nonlocality using local contextuality D Saha, R Ramanathan Physical Review A 95 (3), 030104 (R), 2017	18*	2017
Certification of incompatible measurements using quantum steering S Sarkar, D Saha, R Augusiak Physical Review A (Letters) 106 (4), L040402, 2022	17	2022
Operational foundations for complementarity and uncertainty relations D Saha, M Oszmaniec, Ł Czekaj, M Horodecki, R Horodecki Physical Review A 101 (5), 052104, 2020	15	2020
Device-independent witness of arbitrary-dimensional quantum systems employing binary-outcome measurements M Czechlewski, D Saha, A Tavakoli, M Pawłowski Physical Review A 98 (6), 062305, 2018	13	2018
Reformulating noncontextuality inequalities in an operational approach ZP Xu, D Saha, HY Su, M Pawlowski, JL Chen Physical Review A 94 (6), 062103, 2016	13	2016
Local implementations of non-local quantum gates in linear entangled channel D Saha, S Nandan, PK Panigrahi Journal of Quantum Information Science 4 (02), 97, 2014	13	2014
Robust certification of arbitrary outcome quantum measurements from temporal correlations D Das, AG Maity, D Saha, AS Majumdar Quantum 6, 716, 2022	12	2022

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