Quantum control arises through the interference of multiple quantum paths to the same final state. Quantum (or coherent) control uses the technology of nonlinear optics. It focuses on the end result as well as the process. The conference title Quantum Control of Light and Matter emphasizes the importance of the end result.

The idea of quantum control had independent origins in nonlinear optics and in chemical dynamics but its initial impact was most strongly felt in AMO science. Now quantum control uses perturbative (relatively low intensity laser beams) and nonperturbative (intense laser beams) techniques for control. Its influence extends to:

• atomic, molecular and optical physics (including Bose-Einstein condensation, non-linear optics and ultrashort pulses)
• gas and liquid phase chemical dynamics
• solid state and semiconductor physics
• surface science
• quantum information
• enhanced microscopy

The conference program will emphasize the interdisciplinary nature of the field. However, the simplicity and beauty of gas phase atomic and molecular and optical science allows new control concepts and methods to be tested most easily. Although interdisciplinary, the conference will have its strongest emphasis Atomic, Molecular and Optical science.

Poster sessions are an essential and traditionally very lively part of Gordon Research Conferences and the Conference on Quantum Control of Light and Matter will be no exception. Poster sessions are scheduled for the late afternoon and after the evening lectures. Refreshments will be provided (for free). Every participant is encouraged to present highlights from her or his most recent work, preferentially yet unpublished. However, by experience there is only time and room for one poster per participant, unless very special circumstances apply.