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Showing below up to 45 results in range #1 to #45.

1. How To Get Here (01:29, 4 August 2018)
2. People (23:55, 20 September 2018)
3. Quantum Information Science Based On Solid-State Qubits (03:08, 26 October 2018)
4. 이혜주 (07:50, 26 November 2018)
5. Lee, Myeongwon (08:01, 26 November 2018)
6. Banquet (11:32, 22 February 2019)
7. Towards Measurement Induced Quantum State Engineering (11:39, 22 February 2019)
8. Qubits2019/Reception (11:58, 22 February 2019)
9. Research Topics (03:03, 24 February 2019)
10. Nanophotonics with Hexagonal Boron Nitride (12:28, 25 February 2019)
11. Analogue simulations and digital processing with spins in quantum dots (12:31, 25 February 2019)
12. New understanding and engineering of defect qubits in diamond (12:33, 25 February 2019)
13. Quantum Nanoscience:Atoms on Surfaces (12:36, 25 February 2019)
14. Using Optical Pulses for Quantum Control and Sensing (12:45, 25 February 2019)
15. Nanoscale magnetic resonance detection towards nano MRI (09:44, 27 February 2019)
16. Quantum control of a single-spin quantum emitter in diamond via coupling with a mechanical oscillator (05:41, 1 March 2019)
17. Conductance Quantization and Magnetic Control of Topological Insulators (13:41, 12 March 2019)
18. Integration of solid-state quantum emitters with dissimilar platforms (13:44, 12 March 2019)
19. Fractional Josephson Effect in Topological Insulator Nanoribbons (13:49, 12 March 2019)
20. Circuit QED system using Triple-Leg Stripline Resonator (13:57, 12 March 2019)
21. Shot noise measurements with an impedance matching circuit at GHz frequencies (14:13, 12 March 2019)
22. Discrete time-crystalline order in black diamond: realization and probe of quantum many-body dynamics (14:15, 12 March 2019)
23. Conference Settings (02:05, 13 March 2019)
24. Manage Workshop Registration List (02:20, 13 March 2019)
25. Manage Tutorial List (02:34, 13 March 2019)
26. Qubits2019/Registration (Workshop) (00:35, 14 March 2019)
27. Qubits2019/Registration (Tutorial) (00:36, 14 March 2019)
28. First-principles theory of spin defects in 2D crystals for quantum applications (13:35, 18 March 2019)
29. Qubits2019/Travel Guide (07:15, 19 March 2019)
30. Quantum resistor-capacitor circuit with Majorana fermion modes in a chiral topological superconductor (10:30, 26 March 2019)
31. Diamond quantum networks for distributed quantum computation (10:33, 26 March 2019)
32. Superconducting Circuit QED System Interacting with Quantum Spins (09:48, 9 April 2019)
33. IBM Q Experience: Cloud-based superconducting quantum computer for the NISQ-era (00:49, 16 April 2019)
34. Lunch (00:18, 18 April 2019)
35. Control and measurement of magnetic fluxoid quanta for small force standard (00:26, 18 April 2019)
36. Superconducting qubit entanglement with all microwave control (00:30, 18 April 2019)
37. Electron and nuclear spin control in semiconductors: progress towards robust environment Hamiltonian engineering (00:43, 18 April 2019)
38. Coherent State Qudits for Quantum Information Processing (00:55, 18 April 2019)
39. Aharonov-Bohm oscillation in nanomechanical measurements of topological insulator nanowire (00:59, 18 April 2019)
40. Scalable defect-based solid-state quantum devices (06:36, 18 April 2019)
41. Hands-On Tutorial on IBM Qiskit (02:13, 23 April 2019)
42. International Workshop on Solid-State Qubits (00:21, 23 August 2019)
43. Main Page (06:29, 2 March 2020)
44. Quantum measurement of itinerant microwave photons using superconducting circuits (00:59, 21 May 2020)
45. Realizing a Catch-Disperse-Release Read-Out of a Qubit (01:02, 21 May 2020)