The two-state vector description of a quantum system
... A world consist of: •"classical" macroscopic objects rapidly measured by the environment, • quantum objects measured only occasionally (at world splitting events) which described by the two-state vectors, • weakly coupled quantum objects ...
... A world consist of: •"classical" macroscopic objects rapidly measured by the environment, • quantum objects measured only occasionally (at world splitting events) which described by the two-state vectors, • weakly coupled quantum objects ...
1 Introduction and Disclaimer
... that Q is determined by its coproduct. We can split Q into a classical cup product and a purely quantum part. The coproduct of the classical part may be computed by comparing our description of R(u)Z with the formula for the classical r-matrix: X ...
... that Q is determined by its coproduct. We can split Q into a classical cup product and a purely quantum part. The coproduct of the classical part may be computed by comparing our description of R(u)Z with the formula for the classical r-matrix: X ...
Quantum Optical Engineering
... new, but the situation is not unprecedented. In the closing decades of the Nineteenth Century Maxwell had just proposed his equations which tied together electricity, magnetism, and light into one unified theory which predicted waves propagating in a vacuum. This was considered weird. There cannot b ...
... new, but the situation is not unprecedented. In the closing decades of the Nineteenth Century Maxwell had just proposed his equations which tied together electricity, magnetism, and light into one unified theory which predicted waves propagating in a vacuum. This was considered weird. There cannot b ...
