26 results on '"Mahesh, T. S."'
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2. Counterdiabatic driving for long-lived singlet state preparation.
3. Dynamic mechanical properties of graphene and carbon fabric‐reinforced epoxy nanocomposites.
4. Tomographic entanglement indicators from NMR experiments.
5. Ancilla-assisted measurements on quantum ensembles: general protocols and applications in NMR quantum information processing
6. Ancilla-induced amplification of quantum Fisher information
7. Quantum information processing by NMR
8. Quantum information processing by NMR using strongly coupled spins
9. Quantum computation using NMR
10. Developments in quantum information processing by nuclear magnetic resonance: Use of quadrupolar and dipolar couplings
11. Star-topology registers: NMR and quantum information perspectives.
12. NMR implementation of adiabatic SAT algorithm using strongly modulated pulses.
13. Spins as qubits: Quantum information processing by nuclear magnetic resonance.
14. Toward quantum information processing by nuclear magnetic resonance: Pseudopure states and logical operations using selective pulses on an oriented spin 3/2 nucleus.
15. Hybrid scheme for factorisation: Factoring 551 using a 3-qubit NMR quantum adiabatic processor.
16. Freezing a quantum magnet by repeated quantum interference: An experimental realization.
17. Investigation of the Leggett-Garg Inequality for Precessing Nuclear Spins.
18. Temporal Order in Periodically Driven Spins in Star-Shaped Clusters.
19. NMR studies of quantum chaos in a two-qubit kicked top.
20. Bang-bang optimal control of large spin systems: Enhancement of 13 C- 13 C singlet-order at natural abundance.
21. A review on balya action mentioned in Ayurveda.
22. Density matrix tomography of singlet states.
23. Gelation of covalently edge-modified laponites in aqueous media. 1. rheology and nuclear magnetic resonance.
24. Benchmarking quantum control methods on a 12-qubit system.
25. Implementation of conditional phase-shift gate for quantum information processing by NMR, using transition-selective pulses.
26. Implementing logic gates and the Deutsch-Jozsa quantum algorithm by two-dimensional NMR using spin- and transition-selective pulses.
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