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Squeezed Light to Laser Stabilization (Summary of Conferences and Workshops)

Carlton M. Caves, Samuel L. Braunstein, P. D. Drummond, Bonny L. Schumaker, Chang Jun Zhu, Alistair S. Lane, David D. Crouch, Shang Song, Gerard J Milburn, Wolfgang P. Schleich

Published Jan 7, 1991• 0 citations
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Measurements of our fundamental scaling parameters (e.g., R"", a, IIle/mp) as well as tests of our basic theories of matter and radiation are frequently obtained from high resolution spectroscopic measurements on atomic systems.The new and evolving technologies of laser spectroscopy, laser cooling and trapping of atoms as well as squeezed states will have a dramatic impact on this area of metrology.While these topics have received a great deal of attention in their own right, there has not been a forum in which their impact on the field of fundamental measurements has been specifically addressed.For this reason, the National Bureau of Standards hosted a workshop on "Fundamental Measurements on Optically Prepared Atoms" on September 29-30, 1986.The workshop was divided into four half-day sessions.The first dealt with atomic states and structural parameters.It was highlighted by talks involving the quantum mechanical aspects of the atom-photon interaction.The exchange of photons between atoms and the light field were treated in a way that illustrated phenomena such as anti-bunching, squeezed states and optical bistability.Similarly, the interaction of a single atom with several resonant fields was even shown to allow observation of the internal state of the atom in real time (observation of "quantum jumps").The second session dealt mainly with the kinetic state or velocity of atoms.Demonstration of highly efficient new

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The proceedings from the workshop are presented, and the focus was on the application of squeezed states. There are many who say that the potential for industrial applications is enormous, as the history of the conventional laser suggests. All those who worked so hard to produce squeezed states of light are continuing their efforts to construct more efficient squeezed-state lasers. Quite naturally, they are looking for new experiments using these lasers. The physical basis of squeezed states is the uncertainty relation in Fock space, which is also the basis for the creation and annihilation of particles in quantum field theory. Indeed, squeezed states provide a unique opportunity for field theoreticians to develop a measurement theory for quantum field theory.

•Feb 1, 1992•39 citations
Measurements of our fundamental scaling parameters (e.g., R"", a, IIle/mp) as well as tests of our basic theories of matter and radiation are frequently obtained from high resolution spectroscopic measurements on atomic systems.The new and evolving technologies of laser spectroscopy, laser cooling and trapping of atoms as well as squeezed states will have a dramatic impact on this area of metrology.While these topics have received a great deal of attention in their own right, there has not been a forum in which their impact on the field of fundamental measurements has been specifically addressed.For this reason, the National Bureau of Standards hosted a workshop on "Fundamental Measurements on Optically Prepared Atoms" on September 29-30, 1986.The workshop was divided into four half-day sessions.The first dealt with atomic states and structural parameters.It was highlighted by talks involving the quantum mechanical aspects of the atom-photon interaction.The exchange of photons between atoms and the light field were treated in a way that illustrated phenomena such as anti-bunching, squeezed states and optical bistability.Similarly, the interaction of a single atom with several resonant fields was even shown to allow observation of the internal state of the atom in real time (observation of "quantum jumps").The second session dealt mainly with the kinetic state or velocity of atoms.Demonstration of highly efficient new
The proceedings from the workshop are presented, and the focus was on the application of squeezed states. There are many who say that the potential for industrial applications is enormous, as the history of the conventional laser suggests. All those who worked so hard to produce squeezed states of light are continuing their efforts to construct more efficient squeezed-state lasers. Quite naturally, they are looking for new experiments using these lasers. The physical basis of squeezed states is the uncertainty relation in Fock space, which is also the basis for the creation and annihilation of particles in quantum field theory. Indeed, squeezed states provide a unique opportunity for field theoreticians to develop a measurement theory for quantum field theory.