Quantum Computation Route to Magnetic Phase Discovery

By Arnab Banerjee

Department of Physics and Astronomy, Purdue University, West Lafayette, IN

Published on

Bio

Arnab Banerjee Arnab Banerjee is an Assistant Professor of Physics and Astronomy at Purdue University. He is an experimental condensed matter physicist whose research program seeks to identify, measure and control new quantum and topological states in materials through their dynamical properties. Banerjee holds a BS and an MS from the Indian Institute of Technology, Karagpur, and an MS and PhD from the University of Chicago. Prior to Purdue he was a staff scientist at Oak Ridge National Laboratory.

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Cite this work

Researchers should cite this work as follows:

  • Arnab Banerjee (2024), "Quantum Computation Route to Magnetic Phase Discovery," https://nanohub.org/resources/38438.

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Location

WALC 1018, Purdue University, West Lafayette, IN

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Quantum Computation Route to Magnetic Phase Discovery
  • Quantum computation route to Magnetic Phase Discovery 1. Quantum computation route to M… 0
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  • Electrons are like tiny bar magnets - Spins 2. Electrons are like tiny bar ma… 44.110777444110781
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  • Slide 3: Untitled 3. Slide 3: Untitled 111.41141141141142
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  • Applications of Magnetism 6. Applications of Magnetism 245.64564564564566
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  • Zoo of new magnetic phases of matter 7. Zoo of new magnetic phases of … 316.38304971638308
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  • Qubits 8. Qubits 351.317984651318
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  • Spin and Qubits 9. Spin and Qubits 378.44511177844515
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  • Spin and Qubits 10. Spin and Qubits 423.39005672339005
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  • NISQ 11. NISQ 448.61528194861529
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  • Topological Phases 12. Topological Phases 516.31631631631637
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  • Slide 13: Untitled 13. Slide 13: Untitled 623.32332332332339
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  • Quantum tunnelling 14. Quantum tunnelling 695.52886219552886
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  • D-Wave 2000Q Annealer : 'Chimera architecture' 15. D-Wave 2000Q Annealer : 'Chime… 748.24824824824827
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  • Frustrated Magnets 16. Frustrated Magnets 790.3570236903571
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  • Applications in various fields 26. Applications in various fields 1036.2696029362696
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  • Hamiltonian design and dynamics using universal quantum computers 27. Hamiltonian design and dynamic… 1122.7894561227895
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  • Frustration and Chirality 28. Frustration and Chirality 1132.1988655321989
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  • How do we measure spin dynamics in real life? 32. How do we measure spin dynamic… 1231.3313313313313
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  • Purdue, LANL, IBM 36. Purdue, LANL, IBM 1327.1604938271605
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  • Results: Final (64 such coefficients) 37. Results: Final (64 such coeffi… 1359.693026359693
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  • Results: The Triplet States with high fidelity 38. Results: The Triplet States wi… 1360.4938271604938
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  • Results: Experimental Data Simulation 39. Results: Experimental Data Sim… 1385.8525191858525
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  • Hamiltonian Engineering: 40. Hamiltonian Engineering: 1392.3256589923258
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  • Quantum Spin Eigenfunctions at IBM 41. Quantum Spin Eigenfunctions at… 1399.3993993993995
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  • Macro Project: States on 2D defective Honeycomb and Kagome lattices 42. Macro Project: States on 2D de… 1406.63997330664
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  • Hamiltonian Engineering 43. Hamiltonian Engineering 1425.0250250250251
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  • Thank You 44. Thank You 1425.5922589255922
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  • Thank You 46. Thank You 1571.7050383717051
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  • Applications in various fields 47. Applications in various fields 1629.92992992993
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  • Thank You 48. Thank You 1607.8078078078079
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