Copy of the report of the Commissioners appointed in Lower Canada, under an ordinance of 1 Vict.c.7, to inquire into the losses sustained during the late Rebellion; Also the names of persons who claimed compensation before the commissioners and the amount of their claims.

Mode of access: Internet.

A history of the American revolution: comprehending all the principal events both in the field and in the cabinet.

Projected by Allen, but written by John Neal and Tobias Watkins.

A field experiment in the summertime use of open circuit television instruction to bridge the gap between high school and college.

Mode of access: Internet.

The man in lower ten /

Mode of access: Internet.

Macrolepidoptera and their parasites reared from field collections in the northeastern part of the United States /

Contribution from Bureau of Entomology.

Microlepidoptera and their parasites reared from field collections in the Northeastern United States /

Includes index.

Recollections of four years' service in the East with H. M. fortieth regiment : comprising an account of the taking of Kurachee in Lower Scinde, in 1839, operations in Upper Scinde in 1840 and 1841, and the operations of the Candahar Division of "The Avenging Army of the Afghanistan" in 1841 and 1842, under Major-General Sir w. Nott, G.C.B. /

Mode of access: Internet.

A compendious history of the northern part of the province of New Brunswick, and of the district of Gaspe, in Lower Canada...

Mode of access: Internet.

Testing Independence in High Dimensions & Identifiability of Graphical Models

Thesis (Ph.D.)--University of Washington, 2016-06

Quantum gate based on Stark tunable nanocrystal interactions with ultrahigh-Q/V field modes in fused silica microcavities

We investigate the use of nanocrystal quantum dots as a quantum bus element for preparing various quantum resources for use in photonic quantum technologies. Using the Stark-tuning property of nanocrystal quantum dots as well as the biexciton transition, we demonstrate a photonic controlled-NOT (CNOT) interaction between two logical photonic qubits comprising two cavity field modes each. We find the CNOT interaction to be a robust generator of photonic Bell states, even with relatively large biexciton losses. These results are discussed in light of the current state of the art of both microcavity fabrication and recent advances in nanocrystal quantum dot technology. Overall, we find that such a scheme should be feasible in the near future with appropriate refinements to both nanocrystal fabrication technology and microcavity design. Such a gate could serve as an active element in photonic-based quantum technologies.

Optical force field mapping in microdevices

We present a method for characterizing microscopic optical force fields. Two dimensional vector force maps are generated by measuring the optical force applied to a probe particle for a grid of particle positions. The method is used to map Out the force field created by the beam from a lensed fiber inside a liquid filled microdevice. We find transverse gradient forces and axial scattering forces on the order of 2 pN per 10 mW laser power which are constant over a considerable axial range (> 35 mu m). These findings suggest Future useful applications of lensed fibers for particle guiding/sorting. The propulsion of a small particle at a constant velocity of 200 mu m s(-1) is shown.