Quantum Control and Measurement
eBook - PDF

Quantum Control and Measurement

  1. 342 pages
  2. English
  3. PDF
  4. Available on iOS & Android
eBook - PDF

Quantum Control and Measurement

About this book

This book presents the latest results in the most fundamental field of quantum state preparation and control. At this unique conference researchers, both from the academic and industrial world, presented their work. A variety of crucial experiments under controlled, novel conditions, and theoretical checks from novel points of view are reported. Highlighted are new schemes for quantum interference, single particle behaviour, gravitational waves, electron holography and semiconductor microlasers. Containing all the recent results available in the field, this volume points the direction for further experimental and theoretical work in the foundations of physics.

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Yes, you can access Quantum Control and Measurement by H. Ezawa,Y. Murayama in PDF and/or ePUB format, as well as other popular books in Physical Sciences & Quantum Theory. We have over one million books available in our catalogue for you to explore.

Information

Publisher
North Holland
Year
1993
Print ISBN
9780444895615
eBook ISBN
9780444599155
Topic
Physical Sciences
Subtopic
Quantum Theory

Table of contents

  1. Front Cover
  2. Quantum Control and Measurement
  3. Copyright Page
  4. Table of Contents
  5. Preface
  6. Editors' note
  7. Photo
  8. Committees
  9. Welcome address
  10. Chapter 1. Problems of Quantum Control and Measurement
  11. Chapter 2. Controlling Entanglement in Quantum Optics
  12. Chapter 3. Proposed GHZ Experiments Using Cascades of Down-Conversions
  13. Chapter 4. Events, Histories, Irreversibility
  14. Chapter 5. Solving quantum mysteries with simple models
  15. Chapter 6. The EPR paradox, physical realism and Lorentz-invariance
  16. Chapter 7. Is there a correspondence principle in quantum optics?
  17. Chapter 8. Quantum jumps of scattering phases and of vectorial and tensorial states in atomic collision physics
  18. Chapter 9. Present experimental status of the Einstein-de Broglie theory of light
  19. Chapter 10. Probability from fluctuation— separation of the time scale
  20. Chapter 11. The Action Uncertainty Principle in Quantum Continuous Measurements
  21. Chapter 12. Non-relativistic sum over paths on real-spacetime lattice
  22. Chapter 13. Decoherence of wave packets under inelastic scattering
  23. Chapter 14. The Schrödinger wave is observable after all!
  24. Chapter 15. Quantum measurement in quantum optics- New Light on the Nature of Darkness
  25. Chapter 16. Single Atoms in Cavities
  26. Chapter 17. Quantum state control in semiconductor pn junctions
  27. Chapter 18. Squeezed vacuum from a semiconductor laser
  28. Chapter 19. Photon antibunching of pulsed squeezed light
  29. Chapter 20. Control of spontaneous emission in semiconductor microlasers
  30. Chapter 21. Sub-Quantum-Limit Interferometry
  31. Chapter 22. Interaction of vacuum field fluctuations with electron system in a microcavity
  32. Chapter 23. Combined quantum control of electron- and photon-system in semiconductor microcavities
  33. Chapter 24. Precision control of an external resonant doubler for fourth harmonic generation (FHG) of a Nd:YAG laser
  34. Chapter 25. Controlling a macroscopic quantum state by light shining
  35. Chapter 26. Quantum nondemolition measurements using electromagnetically induced transparency
  36. Chapter 27. Quantum Nondemolition Measurements via Soliton Collisions
  37. Chapter 28. First-kind measurements, non-demolition measurements, and conservation laws
  38. Chapter 29. Quantum Optical Aspects on Single Atom Manipulation by a Photon STM Probe
  39. Chapter 30. The Interaction of Mechanical and e.m. Systems on the Level of Quantum Ground States
  40. Chapter 31. Problems in the Laser Interferometric Detection of Gravitational Waves
  41. Chapter 32. Control of Fabry-Perot Cavities Used in a Laser Interferometric Gravitational Wave Detector
  42. Chapter 33. Postselection of quantum states in neutron interferometry
  43. Chapter 34. Multilayer mirror interferometer for very cold neutrons
  44. Chapter 35. The Scalar Aharonov-Bohm Effect - An Experiment with Neutrons
  45. Chapter 36. Dynamics of a Neutron in Electromagnetic Fields and the Quantum Phase Interference
  46. Chapter 37. Ultra-fine measurements using electron holography
  47. Chapter 38. On the possibility of small phase difference measurements by means of three-beam electron interferometry
  48. Chapter 39. Theory of the point source electron microscope
  49. Chapter 40. Novel Applications of a Miniaturized, Rugged UHV-Interferometer for Charged Particles
  50. Chapter 41. Electron holography in Tubingen - Recent progress at high resolution
  51. Chapter 42. Double-slit atom interferometry as a demonstration of quantum mechanical measurements
  52. Chapter 43. Neutral atom interferometry
  53. Chapter 44. Diffractive scattering of a helium molecular beam from a metal surfacecovered with mono-atomic layers
  54. Chapter 45. Quantum chaos: creation of a new research field ?
  55. Chapter 46. Summary
  56. Chapter 47. Remarks at the End of the Conference at Advanced Research Laboratory, Hitachi, Ltd., August 1992
  57. List of participants
  58. AUTHOR INDEX