Shakespeare's comedy of Measure for measure.

Mode of access: Internet.

A dictionary of the Holy Bible : containing an historical account of the persons : a geographical and historical account of the places : a literal, critical, and systematical description of other objects ... and the explication of the appellative terms, mentioned in the writings of the Old and New Testament : The whole comprising whatever important is known concerning the antiquities of the Hebrew nation and church of God : forming a sacred commentary, a body of Scripture history, chronology, and divinity, and serving in a great measure as a concordance to the Bible. /

Mode of access: Internet.

Units of weight and measure (United States customary and metric). Definitions and tables of equivalents.

Vol. for 1914 has supplement (publ. 1917).

Evaluation of mammary-gland development in Holstein and Jersey calves as a measure of potential producing capacity /

Cover title.

The food marketing cost index : a new measure for analyzing food price changes /

Issued Aug. 1980.

The measure of our land /

Mode of access: Internet.

The measure of our land /

"September 1971"--P. 21.

Manual of instructions for intercity indexes : a measure of relative differences in the cost of equivalent goods, rents and services.

Cover title.

Shakspeare's Measure for measure : a comedy /

Wister family library copy.

Thoughts on the necessity of improving the condition of the slaves in the Brutush colonies, with a view to their ultimate emancipation; and on the practicability, the safety, and the advantages of the latter measure.

Mode of access: Internet.

The Measure

Mode of access: Internet.

Census Bureau programs to measure consumer purchase expectations, 1959-1973 /

Mode of access: Internet.

Ballot measure report : Proposed amendments to Constitution, propositions, and proposed laws to be submitted to the electors of the State of California at the General Election, Tuesday, November 8, 1960.

"This report was prepared with the assistance of a grant from The John Randolph Haynes and Dora Haynes Foundation".

Entanglement of two-mode Bose-Einstein condensates

We investigate the entanglement characteristics of two general bimodal Bose-Einstein condensates-a pair of tunnel-coupled Bose-Einstein condensates and the atom-molecule Bose-Einstein condensate. We argue that the entanglement is only physically meaningful if the system is viewed as a bipartite system, where the subsystems are the two modes. The indistinguishibility of the particles in the condensate means that the atomic constituents are physically inaccessible and, thus, the degree of entanglement between individual particles, unlike the entanglement between the modes, is not experimentally relevant so long as the particles remain in the condensed state. We calculate the entanglement between the two modes for the exact ground state of the two bimodal condensates and consider the dynamics of the entanglement in the tunnel-coupled case.

Entanglement and spin squeezing in the two-atom Dicke model

We analyse the relation between the entanglement and spin-squeezing parameter in the two-atom Dicke model and identify the source of the discrepancy recently reported by Banerjee (2001 Preprint quant-ph/0110032) and Zhou et al (2002 J. Opt. B. Quantum Semiclass. Opt. 4 425), namely that one can observe entanglement without spin squeezing. Our calculations demonstrate that there are two criteria for entanglement, one associated with the two-photon coherences that create two-photon entangled states, and the other associated with populations of the collective states. We find that the spin-squeezing parameter correctly predicts entanglement in the two-atom Dicke system only if it is associated with two-photon entangled states, but fails to predict entanglement when it is associated with the entangled symmetric state. This explicitly identifies the source of the discrepancy and explains why the system can be entangled without spin squeezing. We illustrate these findings with three examples of the interaction of the system with thermal, classical squeezed vacuum, and quantum squeezed vacuum fields.